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Technical Program (PDF)

Technical Program (PDF)

Program Key

2D 2D Materials AC and Rare Earths Focus Topic AP Atomic Scale Processing Focus Topic AS Applied Science Division BI Interfaces Division BP Plenary Session: Materials and Biology for the Future of Energy and the Environment CA Chemical Analysis and Imaging at Interfaces Focus Topic EL Spectroscopic Ellipsometry Focus Topic EM Electronic Materials and Photonics Division EW Exhibitor Technology Spotlight Workshops HC Fundamental Discoveries in Heterogeneous Focus Topic HI Advanced Microscopy and Ion Beam Nano-engineering Focus Topic LD Leaders in Energy and the Environment Focus Topic LS New Trends in Structural Electronic Characterization of Materials, Interfaces, and Using Synchrotron and FEL Based Light Sources Focus Topic MI Magnetic Interfaces and Division MN MEMS and NEMS Group MS Manufacturing Science and Technology Group NP Nanoscale Science and Technology Plenary Session NS Nanoscale Science and Technology Division PS Plasma Science and Technology Division QS Materials and Processes for Quantum Information Science Focus Topic SE Advanced Division SM Smart Multifunctional Materials for Nanomedicine Focus Topic SS Division TF Thin Films Division UN Undergraduate Poster Session VT Technology Division

Key to Session/Paper Numbers Sessions sponsored by multiple topics are labeled with all topic acronyms (e.g. AC+EM+SS), then a number to indicate simultaneous sessions sponsored by the same topic(s) (e.g. SS1, SS2), then a dash followed by the first two characters of the day of the week: Monday, Tuesday, Wednesday, Thursday, Friday, then a single letter for Morning, Afternoon, Evening, Poster, and finally a number indicating the starting time slot for the paper. Example: SS1-MoM9 (Surface Science, Monday morning, 11:00 am).

Program Key 1 Program Overview Room 205ABCD W 206A W 206B W 207ABC W 207D W 208 W 209A W 209B W /Time

SuA

MoM VT-MoM: 2D+AP+EM+PS+S AP+2D+EM+MN+ TF+BI+EM-MoM: TF+BI+EM+MI- EL+TF-MoM: HC+AS+CA+LS+SS- SS+CA+TF-MoM: Vacuum S+TF-MoM: 2D PS+TF-MoM: Area Vap Dep & Vap MoM: TF for Optical Charact of MoM: Bridging Dynamics and Measurement, Materials Growth Sel Proc & Int of Infil for Synt Org- Emerg Apps incl. Thin Films and Gaps & Amb. Mech at Surfaces Partial Pressure, and Fabrication Dep & Etch for Inorg Hyb TF & Int Phot & Plasmonics Nanostructures Press Stud of and Interfaces and Analysis Adv Matl Heterogeneous MoA VT-MoA: Outgas, 2D+MI-MoA: LD+2D+NS+SSProcessing - TF+2D+MI-MoA: TF+AP-MoA: EL-MoA: Spectros HC+2D+NS+SS+TFCatalysis - SS+AP+AS+HC+LD Pumping, and Micro MoA: Pushing the Chalcogenide Molecular Layer Ellip: Novel Apps MoA: Nanopart & +SE+TF-MoA: Operation of High and Bound of Energy Materials and Dep & Hybrid Org- & Theor Nanoscale Struct Oxides Surfaces Vacuum Systems of 2D Materials Trans in Materials Applications Inorg Materials Approaches in Hetero Catalysis and Interfaces TuM VT+PS-TuM: 2D+HC+MN+NS+S AP+EL+MS+NS+SS EM+TF-TuM: Wide TF+EM-TuM: TF TF+PS+SE-TuM: HC+SS-TuM: SS+2D+AP+PS+TF- Vacuum S-TuM: SPM and +TF-TuM: Adv and Ultra-Wide for Microelect HiPIMS and PVD Single TuM: Surf Chem Technology for Spectroscopy of Metrol & Char to Bandgap Matls and and Quantum TF for Emerg & Catalysis of Film Growth Fusion Research 2D Materials Enable ASP Devices Materials Advanced Matls and Etching TuB

TuL

TuA VT-TuA: 2D+EM+HC+NS+Q AP+2D+HI+MN+ EM+PS+TF-TuA: TF+HC+SS-TuA: LS+2D+MI+SS- HC+SS-TuA: Single SS+CA+HC+NS+TF- Vacuum S+TF-TuA: Dop., MS+PS+SS+TF- New Dev & Matls Thin Films for TuA: Mag Dich & Atom Catal & TuA: Photochem, Technology for Defects, & Edges TuA: Beam for Logic, Mem, & Energy and -Res Tech of Theo Mod for Het- Electrochem & Accelerators in 2D Mtls Studies/ Interconnects Catalysis Magnetic Matls Cat Reactions Dyn at Surfaces Surf Reac Anal TuP and Emerging Applications of Atomic Scale Processing WeM VT-WeM: 2D+AP+EM+NS+P AP+PS+TF-WeM: EM+MI-WeM: TF+AP+MN+SS- LS+CA+MI+SE+SS- HC+SS-WeM: Vacuum S+SS+TF-WeM: Thermal Atomic Elect & Phot Matls WeM: Novel ALD WeM: Micro & Mechanisms and Technology for Growth & Prop Layer Etching & Dev for Energy & CVD Processes Imag Tech Exploit Reaction Applications of 2D Materials Conv & Storage I & ALD Manuf Enh Coh & Prop Pathways in and Time- Heterogeneously- WeB Resolved Methods Catalyzed Reactions

WeA MN+2D+NS+QS- 2D+EM+MN+NS+ EM+MI-WeA: Elect TF+EM-WeA: QS+EM+MN-WeA: CA+AS+LS+MN+SS LD+HC+SS-WeA: WeA: MEMS & QS-WeA: Elect, & Phot Matls & Wide & Ultra- Syst & Devices for +VT-WeA: Env Catalysis at the NEMS Enab. Sens. Optical & Ferro Dev for Ener Stor & Wide Bandgap TF: Quantum Inter (2:20-4:40 Oxide Imag, & Prec. Prop in 2D Mtls Conv II Adv in Dep & Information pm)/Model & Mea Novel Materials Multi-Dimensional ThM MN+2D+NS+QS- 2D+EM+NS+PS+Q AC+LS-ThM: HI1-ThM: Adv Ion TF+AP+SS-ThM: QS+EM+SS-ThM: DataCA+2D+AS+BI+HC Processing of ThM: Emer MEMS S-ThM: 2D Mtls: Forensics and Micro & Surf Anal Nuc. & Interface Syst and Devices +LS+MN+NS+SM+Interfacial & NEMS Mtls, Heterostructures Novel Apps HI2-ThM: Phenomena in TF for Quantum ProcessesSS-ThM: In (4:40 Situ - Dev, & Process and Twistronics Spectroscopy Emerg Ion Sour, Dep & ASD Computing Mic6:00, Spect pm) & Optics, and Processing at ThA 2D+EM+LD+SS- AC+LS-ThA: Early HIApplications-ThA: Novel TF+2D+AP+SS- QS+EM+VT-ThA: CA+2D+AS+BI+HCLiquid--Gas SS+2D+AP+BI+NS+ ThA: 2D Materials Career Scientists Beam Induced ThA: ALD & CVD: Color Centers: +LS+MN+NS+SM+Interfaces I TF-ThA: Molecular for Device Matl Engineering & Surf React, Mech, From Materials to SS-ThA: In Situ Organization at Applications Nano patterning & Precursors Quantum Micro, Spect & Surfaces Technologies Processing at ThP -Solid -Gas Interfaces II

FrM MN+AP+BI+EM+N 2D+AP+BI+HC+NS AC+LS+MI-FrM: TF+AP-FrM: ALD TF+SS-FrM: QS+2D+EM+MN- CA+2D+AS+MN+S SS+SE-FrM: S+PS+SE+TF-FrM: +PS+SS+TF-FrM: Mag, Elect, and CVD for Nano Epitaxial Thin FrM: Quantum Sci E+SM+SS-FrM: Environ & Nano at Atom- Chemical Applic. Correl, Supercond & High Aspect Films and to Quantum Met, Prog & Chall in Astrochem, & Surf Flat Surf & of 2D Materials & Oxid in the Act Ratio Materials Interfaces Sens & Hetero Ind Apps (8:20 - for Space Apps Interfaces & RE 10:20 am)/Novel On ON DEMAND SESSIONS: Available for viewing by all AVS 67 Registered attendeesDevelopments from Demand and Approaches October 24, 2021, 8:00 a.m. – November 30, 2021, in the AVS 67 Mobile App/Onlineof Interfacial Planner. Analysis (10:20 - 11:40 am)

Program Overview 2 Program Overview Room 209C W 209DE W 209F W 210 W 211 W Ballroom BC Hall A On Demand /Time

SuA NP-SuA: BP-SuA: Bio Nanoscale Plenary Session: Science and Matls & Bio for the Technology Future of Energy Plenary Session and the MoM AS+BI+CA+LS+NS MS+AP+NS+TF- EM+BI+MI+MN+N BIEnvironment-MoM: Microbes (ALL PS-MoM: +SE+SS-MoM: MoM: Science S+PS+TF-MoM: INVITEDand Fouling SESSION) at Modelling of Anal of Surf & and Technology Atomic-Scale, Surfaces Plasmas, Plasma- Inter Rel to for Atomically Bottom-Up Driven Processes, Energy & Env I Precise , and Machine MoA AS+BI+CA+LS+SS- ManufacturingMS+AP-MoA: EM+BI+NS+PS+TFand 2.5/3D BI-MoA: PS-MoA:Learning Plasma MoA: Science and -MoA:Integration Electronic Biomolecules and Chem, Catalysis, & Quantitative Technology of Processingand Photonic of Biophysics at Plasma-eng. Surface Analysis I Manufacturing AI ElectronicMaterials and Interfaces Materials Hardware PhotonicDevices AS+BI+CA+LS+NS SM+AS+BI+CA+MI NS+MN+QS+SM+ BI-TuM: Char of PS+AS+BI+EM+SS- TuM Materials and +SE+SS-TuM: +SS-TuM: Hybrid SS-TuM: Nano – Biological and TuM: Plasma- Devices Analysis of Incl Nano-Depend Biomaterials Surface Surfaces and Based On Matls' Prop & Surfaces Interactions Interfaces Biologically- Quantum Effects TuB Related to Energy Inspired EW-TuB: and the Approaches and Exhibitor Environment II Plasma Technology Spotlight Session I TuL EW-TuL: Exhibitor Technology Spotlight II TuA AS+BI+CA+LS+SS- SM+BI-TuA: NS+AP+BI+MI+S BI-TuA: Bioanal & PS1-TuA: Plasma TuA: Quantitative Nanomed, M-TuA: Nanofab Diag for SARS-CoV- Prize Lectures Surface Analysis II Theranos, Wound & Nanoelectronic 2 & Otr Health PS2-TuA: Plasma Healing & Tissue Devices Conc & Flash Treatments and Repair Presentations Processes for the TuP Environment, Ecology and Poster Sessions Biology

WeM AS+AC+BI+CA- AC+AS-WeM: NS+MI+QS+SS- BI+NS-WeM: PS+EM-WeM: WeM: Analysis of Chemi and WeM: Emer Prop Biomaterials and Advanced BEOL Complex Systems of the of Surfaces: Opt Nanomaterials Processing with SIMS Actinides and , & Quant Fabrication Rare Earths WeB EW-WeB: Exhibitor Tech. Spotlight Session III WeA AS+SS-WeA: MI+2D+TF-WeA: NS+AS+BI+EM+LD SE+MN+PS+TF- PS-WeA: Charles S. Fadley Mini Symposium: +SS-WeA: WeA: Vapor Advanced FEOL Memorial Session Highlighting Scanning Probe Deposition Processing, Multi- (ALL INVITED) Women Microscopy and Technologies and patterning, and Researching Spectroscopy for New Trends in EUV ThM HC+SS-ThM: MI+2D+TFMagnetism-ThM: NS+AP+BI+SSEmerging - SE+BI+SSSurfac-ThM:e PS+AP+TF-ThM: Advances in Topological ThM:Technologies Advances in NanostructuredEngineering Plasma-assisted Heterogeneous Insulators Scanning Probe and Deposition and Electrocatalysis Heterostructures Technologies Multifunctional ALD and Magnetic Thin Films and ThA AS+BI+CA+LS+SS- SpinAS+HC+PS+SE+S Structures in PS-ThA: Plasma SE+AS+LS+MN+SSCoatings - PS+SE-ThA: ThA: Quantitative M-ThA:Real Modand of Diagnostics, ThA: Mech & Trib Plasma Sources Surface Analysis SurfMomentum & Inter for Sensors and Prop/Char of Thin III Pract ApplicationsSpace Control Films and Coatings ThP Poster Sessions

FrM NS+BI+SS+TF- MI+2D+TF-FrM: PS+SE-FrM: PS-FrM: Plasma FrM: Mag Structures Atmos Pressure Assisted ALE & Nanophotonics for Energy- Plasmas and their Proc. for Adv and Sensing Efficient Applications Memory Techs Computing/Devic On ON DEMANDes SESSIONS: Available for viewing by all AVS 67 Registered attendees from Demand October 24, 2021, 8:00 a.m. – November 30, 2021, in the AVS 67 Mobile App/Online Planner.

Program Overview 3 Sunday Afternoon, October 24, 2021 Biomaterials Plenary Session: Materials and Biology for Nanoscale Science and Technology Plenary Session the Future of Energy and the Environment Room 209F W - Session NP-SuA Room 210 W - Session BP-SuA Nanoscale Science and Technology Plenary Session Biomaterials Plenary Session: Materials and Biology for Moderators: the Future of Energy and the Environment (ALL INVITED Keith Brown, Boston University, USA, SESSION) Sidney Cohen, Weizmann Institute of Science, Moderators: Kenan Fears, U.S. Naval Research Laboratory, USA, Caitlin Howell, University of Maine, USA 3:00pm INVITED: BP-SuA-1 Artificial Biomaterials that Store Information, Evolve, INVITED: NP-SuA-1 Atom-Defined Circuit Elements For Fast, Low and Adapt, Steven Benner, Foundation for Applied Molecular Evolution Power Computing, Robert Wolkow, University of Alberta and The National Institute for , Canada

3:20pm

3:40pm INVITED: BP-SuA-3 Reaction Microenvironments Formed by Bioinspired INVITED: NP-SuA-3 Seeing the Hidden Interface: Revealing Nanoscale All-Aqueous Separation, Christine Keating, Penn State University Mechanisms of Contact, , and by in situ Experiments, Robert Carpick, University of Pennsylvania

4:00pm

4:20pm Nanoscale Science and Technology Division Graduate Student and Early Career Award Competitions

4:40pm INVITED: BP-SuA-6 Matter to Life: Assembly of Synthetic Cells, Joachim Spatz, Max Planck Institute for Medical Research,

5:00pm

5:20pm INVITED: BP-SuA-8 Programmable Icosahedral Shell System for Virus RECEPTION Trapping, Hendrik Dietz, TU Munich, Germany

5:40pm

6:00pm RECEPTION

6:20pm

6:40pm

7:00pm

Sunday Afternoon, October 24, 2021 4 3:00 PM Monday Morning, October 25, 2021 2D Materials Atomic Scale Processing Focus Topic Room 206A W - Session 2D+AP+EM+PS+SS+TF-MoM Room 206B W - Session AP+2D+EM+MN+PS+TF-MoM 2D Materials Growth and Fabrication Area Selective Processing and the Integration of Moderator: Deposition and Etching for Advanced Material Tai-Chang Chiang, Univ. of Illinois at Urbana Champaign, USA Processing Moderators: Sumit Agarwal, Colorado School of Mines, USA, Eric A. Joseph, IBM T.J. Watson Research Center, USA 8:20am INVITED: AP+2D+EM+MN+PS+TF-MoM-1 Strategies for a Selective Deposition Process Combining Deposition and Etching Steps in a Unique Tool, Christophe Vallée, SUNY POLY, Albany; M. Bonvalot, T. Yeghoyan, R. Vallat, M. Jaffal, V. Pesce, LTM - UGA/CNRS, France; A. Chaker, University of Manchester, UK; S. Belahcen, G. Lefevre, B. Pelissier, LTM - UGA/CNRS, France; N. Possémé, R. Gassilloud, CEA/LETI-University Grenoble Alpes, France 8:40am 2D+AP+EM+PS+SS+TF-MoM-2 Direct Imaging of Optoelectronic Properties at Atomically-Thin -Metal Buried Interface, Kiyoung Jo, P. Kumar, S. Anantharaman, D. Jariwala, University of Pennsylvania

9:00am INVITED: 2D+AP+EM+PS+SS+TF-MoM-3 First-Principles Calculations of INVITED: AP+2D+EM+MN+PS+TF-MoM-3 Area-selective Atomic Layer 2D Materials for Gas Sensing Applications, Udo Schwingenschlogl, KAUST, Deposition of and Atomic Layer Etching of Palladium, H. Nallan, Saudi Arabia X. Yang, B. Coffey, John Ekerdt, University of Texas at Austin

9:20am

9:40am 2D+AP+EM+PS+SS+TF-MoM-5 Synthesis of 2D High-Entropy Transition- AP+2D+EM+MN+PS+TF-MoM-5 Orthogonal Bottom-up Nanopatterning Metal Disulfide, (VNbMoTaW)S2, Koichi Tanaka, H. Zaid, University of of TiO2 on SiO2 and W on Si-H Using Thermal California, Los Angeles; T. Aoki, University of California, Irvine; A. Deshpande, and Etching, S. Song, Jung-Sik Kim, G. Parsons, North Carolina State University University of California, Los Angeles; K. Hojo, Nagoya University, ; C. Ciobanu, Colorado School of Mines; S. Kodambaka, University of California, Los Angeles

10:00am 2D+AP+EM+PS+SS+TF-MoM-6 Behind the Scenes of Electron Induced AP+2D+EM+MN+PS+TF-MoM-6 The Interplay of Diffusion and Size- Deposition of Amorphous-BNx on - A Surface Science Study, Dependent Reactivity in Ruthenium Area-Selective Deposition, Jan- Virginia Boix, Lund University, Sweden; C. Struzzi, MaxIV laboratory, Sweden; T. Willem Clerix, E. Marques, A. Delabie, KU Leuven / imec, Belgium Gallo, N. Johansson, G. D'Acunto, Z. Yong, Lund University, Sweden; A. Zakharov, MaxIV laboratory, Sweden; Z. Li, Aarhus University, Denmark; J. Schnadt, A. Mikkelsen, J. Knudsen, Lund University, Sweden 10:20am BREAK BREAK

10:40am INVITED: 2D+AP+EM+PS+SS+TF-MoM-8 Electronically Integrated, Mass- INVITED: AP+2D+EM+MN+PS+TF-MoM-8 The Development of Atomic Manufactured, Microscopic Robots, Marc Miskin, University of Pennsylvania Layer Processes for Scaling & Future Device Architectures, Rudy Wojtecki, International Business Machines (IBM) - Almaden Research Center

11:00am 2D+AP+EM+PS+SS+TF-MoM-9 The (Mostly) Unwelcome Guest in 2D Chalcogenides: Native oxidation rates and the effects of oxygen during processing MoS2, TiS2, and Zr(S,Se)2, Rafael Jaramillo, Massachusetts Institute of Technology

11:20am INVITED: 2D+AP+EM+PS+SS+TF-MoM-10 Synthesis of INVITED: AP+2D+EM+MN+PS+TF-MoM-10 Challenges and Materials: Novel Heterostructures and Control of Interlayer Twist, Peter Opportunities of Atomic Layer Processes for Selective Patterning Sutter, University of Nebraska - Lincoln Solutions, Gert J. Leusink, TEL Technology Center, America, LLC

11:40am

Monday Morning, October 25, 2021 5 8:20 AM Monday Morning, October 25, 2021

Applied Surface Science Division Biomaterial Interfaces Division Room 209C W - Session AS+BI+CA+LS+NS+SE+SS-MoM Room 210 W - Session BI-MoM Analysis of Surfaces and Interfaces Related to Energy Microbes and Fouling at Surfaces and the Environment I Moderators: Moderators: Kateryna Artyushkova, Physical Electronics, USA, Kenan Fears, U.S. Naval Research Laboratory, USA, Tony Ohlhausen, Sandia National Laboratory, USA Robyn Goacher, Materion Corporation, USA 8:20am BI-MoM-1 Droplet Microarray Platform for High-Throughput Screening of Antimicrobial Compounds, Michael Grunze, Max Planck Institute for Medical Research, Germany; P. Levkin, Karlsruhe Institute of Technology, Germany; W. Lei, K. Demir, J. Overhage, T. Schwarz, Karlsruhe Institute of Technology (KIT), Germany

8:40am AS+BI+CA+LS+NS+SE+SS-MoM-2 -XPS Operando Studies of the BI-MoM-2 Studies of Antibacterial Action Mechanisms in LiPF6/V2O5 Solid-liquid Interface, Paul Dietrich, SPECS Surface Nano Analysis Hydrothermally Grown Microscale ZnO , John Reeks, I. Ali, J. Tzoka, GmbH, Germany; L. Gehrlein, J. Maibach, Karlsruhe Institute of Technology (KIT), N. La, D. Johnson, S. McGillivray, Y. Strzhemechny, Texas Christian University Germany; A. Thissen, SPECS Surface Nano Analysis GmbH, Germany

9:00am INVITED: AS+BI+CA+LS+NS+SE+SS-MoM-3 Virtual Presentation: BI-MoM-3 Tuning the Extent of Protein and Biofilm Deposition on Batteries at Work: Ambient Pressure Photoelectron Spectroscopy for Surfaces with Liquid Layers, J. Fong, University of Maine; M. Andersen, A. Lithium Ion Batteries, I. Källquist, F. Lindgren, M. Hahlin, Uppsala University, Flores-Mireles, University of Notre Dame; Caitlin Howell, University of Maine Angstrom Laboratory, Sweden; Julia Maibach, Karlsruhe Institute of Technology (KIT), Institute for Applied Materials (IAM), Germany

9:20am BI-MoM-4 Novel Bio-Inspired Urinary Catheter Reduces Protein Deposition and Incidence of Catheter-Associated Urinary Tract Infections, Marissa Andersen, University of Notre Dame; J. Fong, University of Maine; A. LaBella, A. Molesan, University of Notre Dame; C. Howell , University of Maine; A. Flores-Mireles, University of Notre Dame

9:40am AS+BI+CA+LS+NS+SE+SS-MoM-5 Enhanced Stability of LiMn2O4 Thin INVITED: BI-MoM-5 Understanding the Role of Protein Deposition Film Electrodes in Ionic Liquid and Gel Electrolytes: A Pathway to Associated to Catheter-induced Inflammation in the Development of Suppress Mn Dissolution in Lithium-Ion Batteries, Carlos G. Torres CAUTI, M. Andersen, University of Notre Dame; J. Fong, C. Howell, University of Castanedo, , Mexico; G. Evmenenko, N. Luu, D. Buchholz, Maine; Ana Flores-Mireles, University of Notre Dame Northwestern University; W. Hyun, Northwestern University, Korea (Republic of); M. Hersam, M. Bedzyk, Northwestern University 10:00am AS+BI+CA+LS+NS+SE+SS-MoM-6 Investigating Surfaces, Interfaces, and their Impact on Degradation of Electrolyte Membrane Water Electrolyzers, Sarah F. Zaccarine1, Colorado School of Mines; M. Shviro, Forschungszentrum Jülich GmbH, Germany; M. Dzara, Colorado School of Mines; M. Carmo, Forschungszentrum Jülich GmbH, Germany; S. Pylypenko, Colorado School of Mines 10:20am BREAK BREAK

10:40am AS+BI+CA+LS+NS+SE+SS-MoM-8 Characterization on ALD-functionalized Borohydride Materials for Storage, Margaret A. , Colorado School of Mines, Department of Chemistry; N. Leick, National Renewable Energy Laboratory; K. Gross, H2 Technology Consulting LLC; S. Christensen , National Renewable Energy Laboratory; S. Pylypenko, Colorado School of Mines, Department of Chemistry 11:00am AS+BI+CA+LS+NS+SE+SS-MoM-9 Multi-technique Characterization of Gas Diffusion Electrodes, Samantha Medina, Colorado School of Mines, USA; M. Wang, National Renewable Energy Laboratory; M. Dzara, Colorado School of Mines, USA; S. Mauger, M. Ulsh, National Renewable Energy Laboratory; S. Pylypenko, Colorado School of Mines, USA

11:20am INVITED: AS+BI+CA+LS+NS+SE+SS-MoM-10 Analysis of Surfaces and Interfaces in Polymer Electrolyte Membrane Fuel Cell and Electrolyzer Devices, M. Dzara, S. Medina, S. Zaccarine, Svitlana Pylypenko, Colorado School of Mines

11:40am

1 National Student Award Finalist Monday Morning, October 25, 2021 6 8:20 AM Monday Morning, October 25, 2021

Spectroscopic Ellipsometry Focus Topic Electronic Materials and Photonics Division Room 208 W - Session EL+TF-MoM Room 209F W - Session EM+BI+MI+MN+NS+PS+TF-MoM Optical Characterization of Thin Films and Atomic-Scale, Bottom-Up Nanostructure, and 2.5/3D Nanostructures Integration Processing of Electronic and Photonic Moderators: Materials and Devices Tino Hofmann, University of North Carolina at Charlotte, USA, Moderator: Ruediger -Grund, Technical Univ. Ilmenau, Germany Erica Douglas, Sandia National Laboratories, USA 8:20am INVITED: EL+TF-MoM-1 Spectroscopic Study of Cationic Order in Spinel INVITED: EM+BI+MI+MN+NS+PS+TF-MoM-1 Building MOFs from the Ferrite Thin Films, Rüdiger Schmidt-Grund, Ilmenau University of Technology, Gas Phase at the Molecular Level - Active Surfaces by Combining Germany Organics with Inorganics, Ola Nilsen, University of Oslo, Norway

8:40am

9:00am EL+TF-MoM-3 A Comparison of Mueller Matrix Spectroscopic EM+BI+MI+MN+NS+PS+TF-MoM-3 Low-Temperature Atomic Layer Ellipsometry Based Scatterometry With Cd-Small Angle X-Ray Scattering Deposition of Al2O3 Thin Films on Spin-Coated Nanomembranes, for Measurement of Feature Size, Shape and Dimension for Nanowire Jan Biedinger, N. Frese, R. Dalpke, M. Wortmann, Bielefeld University, Germany; B. Test Structures, Alain Diebold, M. Korde, SUNY Polytechnic Institute; R. Kline Hüsgen, Bielefeld University of Applied Sciences, Germany; A. Gölzhäuser, G. Reiss, , National Institue of Standards and Technology; D. Sunday, National Institute of Bielefeld University, Germany Standards and Technology (NIST); N. Keller, A. Antonelli, ONTO Innovation 9:20am EL+TF-MoM-4 Sub-Surface Imaging of Atomically-Thin EM+BI+MI+MN+NS+PS+TF-MoM-4 Diffusion Controlled on-Surface Beneath Dielectrics Based on Optical Using Synthesis of Type-I Graphene Nanoribbon , Christoph Photoelectron Emission Microscopy With Deep-Ultraviolet Dobner, A. Enders, University Bayreuth, Germany Photoexcitation, Taisuke Ohta, M. Berg, Sandia National Laboratories; F. Liu, Los Alamos National Laboratory; S. , G. Copeland, C. Chan, Sandia National Laboratories; A. Mohite, Rice University; T. Beechem, Sandia National Laboratories 9:40am EL+TF-MoM-5 Optical Characterization of Layer Non-Uniformity in INVITED: EM+BI+MI+MN+NS+PS+TF-MoM-5 Epitaxial Quantum Dots for Photonic Crystals Fabricated by Two Photon Polymerization, V. Paige Quantum Science and Technology, Sam Carter, J. Grim, A. Bracker, M. Yakes, Stinson, S. Park, M. McLamb, University of North Carolina at Charlotte; D. Childers, M. Zalalutdinov, C. Kim, US Naval Research Laboratory; M. Kim, KeyW Corporation; US Conec, Ltd.; T. Hofmann, University of North Carolina at Charlotte D. Gammon, US Naval Research Laboratory

10:00am EL+TF-MoM-6 Optical Constants of GaSbBi as a Function of Bi Content and Temperature, John H. McElearney, K. Grossklaus, S. Lenney, M. Stevens, T. Vandervelde, Tufts University

10:20am BREAK BREAK

10:40am INVITED: EL+TF-MoM-8 In-Situ Optical Exploration of Electrochemically EM+BI+MI+MN+NS+PS+TF-MoM-8 Powder Processing of Induced Conformation Changes at Solid Liquid Interfaces – A Source of Semiconductor Nanowires with Nanoscale Compositional Encoding new Electronic Properties, Christoph Cobet, Johannes Universität Linz, using the Geode Process, M. Mujica, A. Mohabir, N. Martin, V. Breedveld, S. Austria; S. Vazquez-Miranda, K. Hingerl, Johannes Kepler Universität, Austria Behrens, Michael Filler, Georgia Institute of Technology, USA

11:00am INVITED: EM+BI+MI+MN+NS+PS+TF-MoM-9 Van der Waals and remote of complex materials, Jian Shi, Rensselaer Polytechnic Institute

11:20am EL+TF-MoM-10 A Machine Learning Approach to Thickness Prediction from in Situ Spectroscopic Ellipsometry Data for Atomic Layer Deposition Processes, S. Novia Berriel, University of Central Florida; A. Arunachalam, University of Texas at Dallas; C. Feit, U. Kumar, S. Seal, University of Central Florida; K. Basu, University of Texas at Dallas; P. Banerjee, University of Central Florida 11:40am

Monday Morning, October 25, 2021 7 8:20 AM Monday Morning, October 25, 2021

Fundamental Discoveries in Manufacturing Science and Technology Group Focus Topic Room 209DE W - Session MS+AP+NS+TF-MoM Room 209A W - Session HC+AS+CA+LS+SS-MoM Science and Technology for Atomically Precise Bridging Gaps and Ambient Pressure Studies of Manufacturing Heterogeneous Catalysis Moderator: Moderators: Tina Kaarsberg, Department of Energy, USA J. Trey Diulus, Paul Scherrer Institute, Switzerland, Zbynek Novotny, Paul Scherrer Institute, Switzerland 8:20am INVITED: HC+AS+CA+LS+SS-MoM-1 Microscopic Insights on Properties INVITED: MS+AP+NS+TF-MoM-1 Basic Science Needs for Transforming of Catalysts using Synchrotron-based Imaging and Spectroscopy, Maya Manufacturing Through Atomically Precise Manufacturing, Cynthia Jenks, Kiskinova, Elettra-Sincrotrone Trieste, H. Lee, Oak Ridge National Laboratory; J. Lewis, Harvard University

8:40am

9:00am HC+AS+CA+LS+SS-MoM-3 Kinetics of the Thermal Oxidation of Ir(100) INVITED: MS+AP+NS+TF-MoM-3 Virtual Presentation: Digital Electronics toward IrO2 Studied by Ambient-Pressure X–ray Photoelectron at the Atomic Scale, Shashank Misra, Sandia National Laboratories, USA Spectroscopy, Zbynek Novotny, University of of Zürich & Paul Scherrer Institute, Switzerland; B. Tobler, University of Zürich, Switzerland; L. Artiglia, Paul Scherrer Institut, Switzerland; M. , M. Schreck, Universität Augsburg, Germany; J. Raabe, Paul Scherrer Institut, Switzerland; J. Osterwalder, Universität Zürich, Switzerland 9:20am HC+AS+CA+LS+SS-MoM-4 In Situ Investigation of the Oxidation of Cu(111) and Reduction of Cu2O Doped with Single Pt , A. Schilling, Tufts University; K. Groden, Washington State University; J. Simonovis, A. Hunt, Brookhaven National Laboratory; R. Hannagan, V. Cinar, Tufts University; J. McEwen, Washington State University; E. Sykes, Tufts University; Iradwikanari Waluyo, Brookhaven National Laboratory

9:40am INVITED: HC+AS+CA+LS+SS-MoM-5 of CO2 to Methanol INVITED: MS+AP+NS+TF-MoM-5 At the Edge of Thickness: ALD Enabled, on Metal-Oxide and Metal-Carbide Interfaces, Jose Rodriguez, Brookhaven Few Monolayer Precision Engineering of Interfaces and Surfaces, Parag National Laboratory Banerjee, University of Central Florida

10:00am

10:20am BREAK BREAK

10:40am INVITED: HC+AS+CA+LS+SS-MoM-8 Virtual Presentation: Building INVITED: MS+AP+NS+TF-MoM-8 Virtual Presentation: Control of Plasma Bridges Between University, National Laboratory, and Industrial and Surface Reactions for Atomically Precise Device Fabrication, Tetsuya Research, Robert McCabe, National Science Foundation Tatsumi, Sony Semiconductor Solutions Corporation, Japan

11:00am

11:20am HC+AS+CA+LS+SS-MoM-10 Surface Science at Atmospheric Pressure: Measuring Intrinsic Kinetics on Metallic Systems, Eric High, E. Lee, C. Reece, Institute at Harvard

11:40am HC+AS+CA+LS+SS-MoM-11 Catalytic Enhancement Due to Coke Formation: Investigation of the Bimetallic Effect on Carbon Nanotubes Formed during Dry Reforming of Methane, Carly , University of Delaware; M. Ferrandon, Argonne National Laboratory, USA; G. Çelik, Middle East Technical University, Turkey; R. McCormick, J. Sloppy, K. Booksh, University of Delaware; M. Delferro, Argonne National Laboratory, USA; C. Ni, A. Teplyakov, University of Delaware

Monday Morning, October 25, 2021 8 8:20 AM Monday Morning, October 25, 2021

Plasma Science and Technology Division Surface Science Division Room 211 W - Session PS-MoM Room 209B W - Session SS+CA+TF-MoM Modelling of Plasmas, Plasma-Driven Processes, and Dynamics and Mechanisms at Surfaces and Interfaces Machine Learning Moderator: Moderators: Ye Xu, Louisiana State University, USA Wei Tian, Taiwan Semiconductor Manufacturing Company, USA, Mingmei Wang, TEL Technology Center, America, LLC, USA 8:20am INVITED: PS-MoM-1 Virtual Presentation: Current Modeling and INVITED: SS+CA+TF-MoM-1 Kinetics and Dynamics of CΟ Oxidation on Simulation Challenges of Low-Temperature Plasmas, Anne Bourdon, LPP, Atomically Stepped Metal Surfaces, Theofanis Kitsopoulos, Max Planck CNRS, Ecole Polytechnique, France Institute for , Germany

8:40am

9:00am PS-MoM-3 Two-Dimensional Particle-in-Cell Modeling of Low Pressure, SS+CA+TF-MoM-3 Tracking the Ultrafast Dynamics of Surface High Voltage Capacitively Coupled Ar Plasmas, Amanda Lietz, Sandia Photoinduced Reactions on Amorphous Surfaces With With Time, Mass, National Laboratories; P. Tian, J. Kenney, S. Rauf, Applied Materials, Inc.; M. and Energy Resolution, Mihai Vaida, University of Central Florida Hopkins, Sandia National Laboratories

9:20am PS-MoM-4 Two-Dimensional Inductive Coupled Plasma Remote Source SS+CA+TF-MoM-4 STM Studies of Alkanethiolate Reactivity with Atomic Modeling and Experimental Validation With Different Gas Mixtures, H as a Function of Temperature & Chain Length, Sarah Brown, J. Sayler, S. Abhra Roy, ESI Group; L. Zhang, Y. Yang, S. Ma, Mattson Technology, Inc. Sibener, University of Chicago

9:40am PS-MoM-5 Modeling Edge Effects in Wafer Etching with VSim, Daniel SS+CA+TF-MoM-5 STM Study of Ag Encapsulation of Pd Islands on , J. Cary, T. Jenkins, Tech-X Corporation Ag(111), Buddhika Alupothe Gedara, M. Muir, M. Trenary, University of Illinois at Chicago

10:00am PS-MoM-6 Molecular Dynamic Simulation of the Effects of Glancing- SS+CA+TF-MoM-6 Following the Microscopic Pathways to Energy Angle Scatterings on the Formation of High Aspect Ratio Features, Yao Dissipation and in -Metal Surface Encounter, Igor Du, J. Eapen, S. Shannon, North Carolina State University; M. Kushner, F. Krueger, Rahinov, The Open University of Israel; D. Borodin, University of Göettingen, University of Michigan, Ann Arbor Germany; P. Shirhatti, Tata Institute of Fundamental Research, ; M. Huang, University of New Mexico; A. Kandratsenka, Max Planck Institute for Biophysical Chemistry, Germany; D. Auerbach, Max Planck Institute for Biophysical Chemistry; T. Zhong, Max Planck Institute for Biophysical Chemistry, Germany; H. Guo, University of New Mexico; D. Schwarzer, Max Planck Institute for Biophysical Chemistry, Germany; T. KItsopoulos, A. Wodtke, University of Göettingen, Germany 10:20am BREAK BREAK

10:40am PS-MoM-8 Numerical Investigation of the Influence of Operating INVITED: SS+CA+TF-MoM-8 How Decay into Hot in Conditions on Polystyrene Etching Using an Atmospheric Pressure , as seen by Plasmonic Photoemission, Hrvoje Petek, University of Plasma Jet, Shrinivasan Sushma, A. Venkattraman, University of California Pittsburgh Merced

11:00am PS-MoM-9 Physics Constrained Artificial Neural Networks for Plasma Diagnostics: A Predictive Modeling Approach Using Plasma-Induced DNA Strand Breaks, Amal Sebastian, D. Lipa, S. Ptasinska, University of Notre Dame

11:20am PS-MoM-10 Construction of a Surrogate Model of a Plasma Processing SS+CA+TF-MoM-10 Theoretical Study of Bonding for Au Adatoms on Systemby Machine Learning, Masakazu Ichikawa, K. Ikuse, Osaka University, Ge(110) and its Implications for the Observed Motion of Au-Ge Alloy Ad- Japan; K. Chen, National Yang Ming Chiao Tung University, Taiwan; J. Wu, National Clusters, Shirley Chiang, University of California at Davis; R. Xie, Donghua Yang Ming Chiao Tung University , Taiwan; S. Hamaguchi, Osaka University, Japan University, ; T. Rahman, University of Central Florida; C. Fong, University of California at Davis

11:40am PS-MoM-11 Two-Dimensional Particle-in-Cell Simulation of Local and SS+CA+TF-MoM-11 High Throughput Exploration of Structure Nonlocal Electron Kinetics in Capacitively Coupled Plasmas, Hwan Ho Kim, Sensitivity: A Most Enantioselective Chiral Surface, Andrew Gellman, B. C. Kim, J. Shin, H. Lee, Pusan National University, Korea (Republic of) Karagoz, C. Fernandez Caban, Carnegie Mellon University, USA

Monday Morning, October 25, 2021 9 8:20 AM Monday Morning, October 25, 2021

Thin Films Division Thin Films Division Room 207ABC W - Session TF+BI+EM-MoM Room 207D W - Session TF+BI+EM+MI-MoM Vapor Deposition and Vapor Infiltration for Synthesizing Thin Films for Emergent Applications including Photonics Organic-Inorganic Hybrid Thin Films and Interfaces and Plasmonics Moderator: Moderators: Halil Akyildiz, North Carolina State University, USA, Matthias Young, University of Missouri, USA Qing Peng, University of Alabama, USA 8:20am INVITED: TF+BI+EM-MoM-1 Sequential Infiltration Synthesis - From Design Rules to New Architectures of Metal Oxide Growth within , Tamar Segal-Peretz, Technion, Israel

8:40am TF+BI+EM+MI-MoM-2 Adaptation of Environmentally-Optimized Structural Factors from White Beetle Scales for Enhancing Light Scattering in Synthetic Fibrous Films, Bokyung Park, S. Han, S. Han, University of New Mexico; I. Um, Kyungpook National University, Korea (Republic of)

9:00am TF+BI+EM-MoM-3 2020 AVS Dorothy M. and Earl S. Hoffman Award TF+BI+EM+MI-MoM-3 The Role of Thermal Vibrational Disorder in the Talk: Sorption and Desorption of TMA During Vapor Phase Infiltration Structural Phase Transition of VO2 Probed by , Into Polystyrene and Poly(Methyl Methacrylate) Thin Films, Emily Aminat Oyiza Suleiman, S. Mansouri, Institut National de la Recherche McGuinness1, C. Leng, M. Losego, Georgia Institute of Technology, USA Scientifique, Canada; N. Émond, Massachusetts Institute of Technology; T. Bégin, Université de Montréal, Canada; B. Le Drogoff, Institut National de la Recherche Scientifique, Canada; J. Margot, Université de Montréal, Canada; M. Chaker, Institut National de la Recherche Scientifique, Canada 9:20am TF+BI+EM-MoM-4 Structure to Function Relation for oCVD Conjugated TF+BI+EM+MI-MoM-4 Tunable Photonics Based on Thin-Film Vanadium Polymers: Charge Transfer and Storage at Liquid Interfaces, Siamak Dioxide, Chenghao Wan2, University of Wisconsin - Madison; Z. Zhang, Purdue Nejati, University of Nebraska-Lincoln University; D. Woolf, Physical Sciences Inc.; J. Rensberg, M. Hafermann, Friedrich Schiller University Jena, Germany; J. Salman, Y. Xiao, University of Wisconsin - Madison; M. Park, Purdue University; C. Ronning, Friedrich Schiller University Jena, Germany; S. Ramanathan, Purdue University; M. Kats, University of Wisconsin - Madison 9:40am TF+BI+EM-MoM-5 The Temporal Stability of Vapor Phase Infiltrated TF+BI+EM+MI-MoM-5 Reciprocal Plasmonic Metasurfaces for the AlOx- Hybrid Materials under UV Illumination, High Detection of Ambient Changes Induced by Atomic Layer Deposition, Temperature Exposure, and Aqueous Immersion, Haley Manno, E. Micheal McLamb, University of North Carolina at Charlotte; Y. Li, University of McGuinness, M. Losego, Georgia Tech Chicago; P. Stinson, S. Park, University of North Carolina at Charlotte; J. Lentz, Air Force Research Laboratory; T. Hofmann, University of North Carolina at Charlotte

10:00am TF+BI+EM-MoM-6 pH Sensor Tattoo, Katrin Unger, A. Coclite, F. Greco, Graz University of Technology, Austria

10:20am BREAK BREAK

10:40am TF+BI+EM-MoM-8 Measurements of Transition Temperature in INVITED: TF+BI+EM+MI-MoM-8 Refractive Index Control of Highly Organic-Inorganic Hybrid Thin Films Created via Vapor Phase Infiltration Anisotropic 2D Materials, J. Caldwell, Mingze He, Vanderbilt University (VPI), Mark Losego, J. Bamford, R. Smith, W. Gutekunst, Georgia Institute of Technology

11:00am TF+BI+EM-MoM-9 Effects of Vapor Pressure and Chemistry on Inorganic Loading of Pim-1 Membranes Modified via Vapor Phase Infiltration for Chemical Separations, Benjamin Jean, Y. Liu, B. Del Rio, R. Ramprasad, M. Losego , Georgia Institute of Technology

11:20am TF+BI+EM-MoM-10 Using In Situ Electrical Conductance Measurements TF+BI+EM+MI-MoM-10 Reconfigurable Integrated Photonics Enabled by to Study Mechanisms and Wall Effects During Vapor Phase Infiltration Magnetron Sputtered Chalcogenide Phase Change Materials: Kinetics (VPI) Doping of Semiconducting Polymers, Kristina Malinowski, S. Gregory, J. and Reliability, Steven Vitale, P. Miller, P. Robinson, C. Roberts, MIT Lincoln Wooding, Y. Li, O. Hvidsten, A. Jungreis, M. Losego, Georgia Institute of Technology Laboratory; Y. Zhang, C. Rios, M. Shalaginov, J. Hu, Massachusetts Institute of Technology

11:40am

1 AVS 2020 Dorothy M. and Earl S. Hoffman Awardee 2 National Student Award Finalist Monday Morning, October 25, 2021 10 8:20 AM Monday Morning, October 25, 2021

Vacuum Technology Division Room 205ABCD W - Session VT-MoM Vacuum Measurement, Partial Pressure, and Gas Analysis Moderators: Yulin Li, , USA, Gerardo Brucker, MKS Instruments, Inc., USA 8:20am INVITED: VT-MoM-1 Virtual Presentation: Innovations in Gauges and Gas Analysis, U. Bergner, VACOM, Vakuum Komponenten & Messtechnik GmbH, Germany; Klaus Bergner, VACOM Vakuum Komponenten & Messtechnik GmbH, Germany

8:40am

9:00am VT-MoM-3 Stability of Bakeable Capacitance Diaphragm Gauges, Julia Scherschligt, D. Barker, S. Eckel, J. Fedchak, E. Newsome, NIST

9:20am VT-MoM-4 NIST's New Flowmeter for the Extremely-High Vacuum, Stephen Eckel, D. Barker, J. Fedchak, E. Newsome, J. Scherschligt, R. Vest, NIST

9:40am VT-MoM-5 Gas Dynamics of Process Sampling for QMS Analysis, Robert E. Ellefson, REVac Consulting

10:00am VT-MoM-6 Particle Tracing the ISO Gauge, Martin Wüest, F. Scuderi, INFICON Ltd., Liechtenstein; B. Jenninger, A. Stöltzel, P. Kucharski, CERN, Switzerland; O. Teodoro, R. Silva, N. Bundaleski, Nova School of Sciences and Technology, CEFITEC, Portugal; C. Illgen, Physikalisch-Technische Bundesanstalt, Germany; J. Šetina, Institute of Metals and Technology, ; K. Jousten, M. Bernien, Physikalisch-Technische Bundesanstalt, Germany; F. Boineau, Laboratoire national de métrologie et d'essais, France; M. Vičar, Czech Metrology Institute, Czechia 10:20am BREAK

10:40am VT-MoM-8 Status update on the New Space Calibration Facility at TNO, Freek Molkenboer, R. Jansen, W. van Werkhoven, B. Rustumji, W. Mulckhuyse, H. Haasnoot, B. de Roode, T. Luijkx, TNO Science and Industry, the Netherlands

11:00am

11:20am VT-MoM-10 Vacuum level Sensing Using Optical Refractive Index, Kevin , J. Ricker, NIST

11:40am VT-MoM-11 Thermal Evaluation of a Fixed Length Optical Cavity Pressure Standard, Jacob Ricker, J. Hendricks, K. Douglass, NIST

Monday Morning, October 25, 2021 11 8:20 AM Monday Afternoon, October 25, 2021 2D Materials Applied Surface Science Division Room 206A W - Session 2D+MI-MoA Room 209C W - Session AS+BI+CA+LS+SS-MoA Electron Microscopy and Spectroscopy of 2D Materials Quantitative Surface Analysis I Moderator: Moderators: Gregory L. Fisher, Physical Electronics, USA, Peter Sutter, University of Nebraska, USA Alan Spool, Western Digital Corporation, USA 1:40pm INVITED: AS+BI+CA+LS+SS-MoA-1 Virtual Presentation: Hard Targets: Developing Tools for Quantitative HAXPES, Cant, National Physical Laboratory, U.K.

2:00pm 2D+MI-MoA-2 Electrical Transport Properties of N- and P- Doped Inse: Bulk Crystals Versus Exfoliated Layers, Zheng Sun, The George Washington University; S. Krylyuk, National Institue of Standards and Technology; P. Vora, George Mason University; M. Zaghloul, The George Washington University; A. Davydov, National Institue of Standards and Technology

2:20pm AS+BI+CA+LS+SS-MoA-3 Analysis of XPS Depth-Profile Data Using Maximum Likelihood Reconstruction: Extracting Sample Structure and Parameters, Lev Gelb, A. Walker, University of Texas at Dallas

2:40pm 2D+MI-MoA-4 Dovercoming Limitations of Optical and Probe Based AS+BI+CA+LS+SS-MoA-4 Application of a Laboratory-Based Scanning Chemical Spectroscopy and Microscopy, Blake Birmingham, Baylor XPS/HAXPES Instrument for the Characterization of Buried Interfaces, University Kateryna Artyushkova, J. Mann, J. Newman, Physical Electronics USA; R. Inoue, K. Watanabe, H. Yamazui, ULVAC-PHI, Inc., Japan; A. Vanleenhove, C. Zborowski, T. Conard, IMEC, Belgium

3:00pm INVITED: 2D+MI-MoA-5 Novel Properties of Single Layers and Ultrathin AS+BI+CA+LS+SS-MoA-5 Laboratory Based Hard X-ray Photoelectron Films, Tai-Chang Chiang, University of Illinois at Urbana-Champaign Spectroscopy, Marcus Lundwall, Scienta Omicron, Sweden; B. Giles, Scienta Omicron

3:20pm AS+BI+CA+LS+SS-MoA-6 Lab-Scale Hard X-Ray Photoelectron Spectroscopy (HAXPES): Application to Buried Interfaces in Device Technology, Pierre-Marie Deleuze, E. Martinez, O. Renault, CEA-Leti, France

3:40pm BREAK BREAK

4:00pm INVITED: 2D+MI-MoA-8 Virtual Presentation: Electronic Structures of INVITED: AS+BI+CA+LS+SS-MoA-8 Chemistry in-Vacuo: Suck It and See!, Two-Dimensional Topological Materials, Sung-Kwan Mo, Lawrence Berkeley Peter Licence, The University of Nottingham, UK; J. Alves Fernandes, university of National Laboratory nottingham, UK

4:20pm

4:40pm 2D+MI-MoA-10 Advances and Possibilities of the Materials Innovation AS+BI+CA+LS+SS-MoA-10 Oxidation of Amorphous Metal Alloy Surfaces Platform with Examples from Spin-ARPES, Daniel A Beaton, Scienta Omicron, Studied Using Ambient Pressure X-Ray Photoelectron Spectroscopy, Inc. Pedro Alzaga, Oregon State University and HP Inc.; J. Diulus, R. Addou, Oregon State University; W. Stickle, HP, Inc.; J. Jenkins, G. Herman, Oregon State University

5:00pm 2D+MI-MoA-11 Measuring Surface Dispersion, Timo Watjen, Scienta Omicron, Sweden

Monday Afternoon, October 25, 2021 12 1:40 PM Monday Afternoon, October 25, 2021

Biomaterial Interfaces Division Spectroscopic Ellipsometry Focus Topic Room 210 W - Session BI-MoA Room 208 W - Session EL-MoA Biomolecules and Biophysics at Interfaces Spectroscopic Ellipsometry: Novel Applications and Moderators: Theoretical Approaches Robyn Goacher, Materion Corporation, USA, Moderators: Caitlin Howell, University of Maine, USA Ruediger Schmidt-Grund, Technical Univ. Ilmenau, Germany, Mathias Schubert, University of Nebraska - Lincoln, USA 1:40pm INVITED: BI-MoA-1 Materials inspired from Catch Bonds and other INVITED: EL-MoA-1 Potential and Perspective of Ellipsometry in Phase Biological Adhesion Strategies, Keten, Northwestern University Change , Maria Losurdo, Institute of Nanotechnology, CNR- NANOTEC, Italy; G. Santos, A. Fernandez Perez, Universidad de Cantabria, ; S. Dicorato, Institute of Nanotechnology, CNR-NANOTEC, Italy; F. Moreno, Universidad de Cantabria, Spain; Y. Gutiérrez, Institute of Nanotechnology, CNR- NANOTEC, Italy 2:00pm

2:20pm BI-MoA-3 Structure Determination of Surface Bound Proteins: Are We EL-MoA-3 Mueller Matrix Imaging Using Dual Continuously-Rotating There Yet?, David Castner, University of Washington Anisotropic Mirrors, Alexander Ruder, B. , D. Peev, University of Nebraska-Lincoln, USA; R. Feder, -Institut fue, Germany; U. Kilic, M. Hilfiker, E. Schubert, University of Nebraska-Lincoln, USA; C. Herzinger, J.A. Woollam Co., Inc.; M. Schubert, University of Nebraska-Lincoln, USA

2:40pm BI-MoA-4 A Graphene-Based Platform for Investigation of Protein EL-MoA-4 Superconvergence and Sum Rules for the Dielectric Functions Assembly by Infrared Nanospectroscopy, Xiao Zhao, D. Li, Lawrence Berkeley of Low-Symmetry Systems, Shawn Wimer, M. Stokey, University of National Laboratory (LBNL), China; Y. Lu, Lawrence Berkeley National Laboratory Nebraska–Lincoln; A. Mock, U.S. Naval Research Laboratory; R. Korlacki, M. (LBNL), Taiwan; P. Ashby, M. Salmeron, Lawrence Berkeley National Laboratory Schubert, University of Nebraska–Lincoln (LBNL)

3:00pm INVITED: BI-MoA-5 Contact Mechanics of Hydrogels, Yuhang Hu, Georgia EL-MoA-5 Ellipsometry Observation of Magnetic Phase Transition of Ni, Tech; Y. Lai, D. He , Georgia Institute of Technology F. Abadizaman, Masaryk University, Czechia; J. Love, Stefan Zollner, New Mexico State University

3:20pm

3:40pm BREAK BREAK

4:00pm EL-MoA-8 Anharmonic Decay of Optical in Gap, Nuwanjula Samarasingha, S. Zollner, New Mexico State University

4:20pm EL-MoA-9 Terahertz Anisotropic Optical Response of a Polymer-Based One-Dimensional Photonic Crystal, Serang Park, V. Stinson, G. Boreman, T. Hofmann, University of North Carolina at Charlotte

4:40pm EL-MoA-10 Analysis of the Transient Dielectric Function of Ge, Si, and InP from Femtosecond Pump-Probe Ellipsometry, Carola Emminger, New Mexico State University; S. Espinoza, ELI Beamlines, Czechia; S. Richter, ELI Beamlines, Linköpings universitet, Sweden; O. Herrfurth, Universität Leipzig, Active Systems GmbH, Germany; M. Rebarz, M. Zahradník, ELI Beamlines, Czechia; R. Schmidt-Grund, Technical University Ilmenau, Germany; J. Andreasson, ELI Beamlines, Czechia; S. Zollner, New Mexico State University 5:00pm

Monday Afternoon, October 25, 2021 13 1:40 PM Monday Afternoon, October 25, 2021

Electronic Materials and Photonics Division Fundamental Discoveries in Heterogeneous Catalysis Room 209F W - Session EM+BI+NS+PS+TF-MoA Focus Topic Electronic and Photonic Materials and Devices Room 209A W - Session HC+2D+NS+SS+TF-MoA Moderator: and Nanoscale Structures in Parag Banerjee, University of Central Florida, USA Heterogeneous Catalysis Moderators: Marie Turano, University of Loyola Chicago, USA, Erin Iski, U. Tulsa, USA 1:40pm HC+2D+NS+SS+TF-MoA-1 A Study of Subsurface Oxygen on Ag(111) Using Density Functional Theory and Monte Carlo Simulations, Carson Mize, University of Tennessee Knoxville; L. Crosby, Joint Institute for Computational Sciences; University of Tennessee Knoxville; S. Isbill, Oak Ridge National Laboratory; S. Roy, University of Tennessee Knoxville

2:00pm EM+BI+NS+PS+TF-MoA-2 Scaling of Atomic Layer Deposited Dielectrics HC+2D+NS+SS+TF-MoA-2 Activation of O2 on CeO2 on UV-O3 Functionalized WSe2, Maria Gabriela Sales, ; S. Surfaces by Electron Transfer, M. Brites Helú, Instituto para el Desarrollo Najmaei, Army Research Laboratory; S. McDonnell, University of Virginia Tecnológico de la Industria Química INTEC (CONICET-UNL), Argentina; A. Norton, Department of Chemical Engineering, University of Delaware; S. , Instituto para el Desarrollo Tecnológico de la Industria Química INTEC (CONICET-UNL), Argentina; D. Stacchiola, J. Boscoboinik, Center for Functional Nanomaterials, Brookhaven National Laboratory; Florencia Calaza, Instituto para el Desarrollo Tecnológico de la Industria Química INTEC (CONICET-UNL), Argentina 2:20pm EM+BI+NS+PS+TF-MoA-3 Atomistic Modeling of Complex Disordered HC+2D+NS+SS+TF-MoA-3 Metal Vapor Adsorption on Clean Materials: Mapping Structure to Growth Conditions Using Experimental Surfaces of Oxide and Mixed-Oxide Single Crystals and Powdered Feedback, Michelle Paquette, S. Pinnepalli, N. Oyler, M. Belhadj Larbi, P. Khanal, Catalyst Support Materials, Charles T. , Z. Mao, W. Zhang, University J. Harris, P. Rulis, University of Missouri-Kansas City; K. Asante-Boahen, N. of Washington, Seattle Baishnab, R. Khadka, R. Sakidja, Missouri State University; M. Abbasi, J. Hwang, Ohio State University 2:40pm INVITED: EM+BI+NS+PS+TF-MoA-4 2020 AVS Peter Mark Memorial HC+2D+NS+SS+TF-MoA-4 Phase Transformation of Single Micro-Sized Award Lecture: Efficient Graphene Hot Electron Devices: TiO2 Crystals, H. Zhu, W. Lu, Department of Physics, Baylor University; N. Craft, K. and Electron Emission, Rehan Kapadia1, University of Park, Zhenrong Zhang, Baylor University Southern California

3:00pm INVITED: HC+2D+NS+SS+TF-MoA-5 Fundamental Studies of Small Molecule Activation at the Metal-Support Interface of Au/MOx Catalysts, Bert , TE-trinity university

3:20pm EM+BI+NS+PS+TF-MoA-6 Atomic Scale Defects Generated by High-Field Gate Stressing in Si/SiO2 Transistors, Stephen Moxim, F. Sharov, The Pennsylvania State University; D. Hughart, G. Haase, Sandia National Laboratories; P. Lenahan, The Pennsylvania State University

3:40pm BREAK BREAK

4:00pm INVITED: HC+2D+NS+SS+TF-MoA-8 Virtual Presentation: Low Temperature Selective Conversion on IrO2(110) Surfaces, Aravind Asthagiri, The Ohio State University

4:20pm

4:40pm HC+2D+NS+SS+TF-MoA-10 Ambient-Pressure CO Driven Restructuring of Cu(111) by Reflection Absorption , Arephin Islam, University of Illinois at Chicago; C. Kruppe , Intel Corporation; M. Trenary, University of Illinois at Chicago

5:00pm HC+2D+NS+SS+TF-MoA-11 Surface Chemistry of Furfuryl Alcohol on Porous Bilayer Silica Thin Films on Pd(111), Samuel Tenney, Brookhaven National Laboratory; L. Mark, University of Colorado at Boulder; W. Chen, C. Eads, D. Lu, A. Boscoboinik, D. Stacchiola, Brookhaven National Laboratory; W. Medlin, University of Colorado, Boulder

1 AVS 2020 Peter Mark Awardee Monday Afternoon, October 25, 2021 14 1:40 PM Monday Afternoon, October 25, 2021

Leaders in Energy and the Environment Focus Topic Manufacturing Science and Technology Group Room 206B W - Session LD+2D+NS+SS-MoA Room 209DE W - Session MS+AP-MoA Pushing the Boundaries of Energy Transfer in Materials Science and Technology of Manufacturing AI Hardware Moderators: Michelle Brann, University of Chicago, USA, Moderator: Sarah Brown, University of Chicago, USA Eric Joseph, IBM T.J. Watson Research Center, USA 1:40pm INVITED: LD+2D+NS+SS-MoA-1 Electron Transfer at the Single-Molecule INVITED: MS+AP-MoA-1 Memristive Devices and Arrays as AI Hardware, Level, Latha Venkataraman, J. Joshua Yang, University of Southern California

2:00pm

2:20pm INVITED: LD+2D+NS+SS-MoA-3 Microscopic Visualization of Electron INVITED: MS+AP-MoA-3 ReRAM Device and Material Process Correlations in TMD Moiré Superlattices, Shaowei Li, University of California Engineering for in-Memory Neuromorphic Computing Applications, at San Diego Nicholas Breil, Applied Materials Inc.

2:40pm

3:00pm INVITED: LD+2D+NS+SS-MoA-5 Probing Molecule-Substrate Interactions INVITED: MS+AP-MoA-5 Ion Tunable Electronic Materials Systems for at Angstrom Scale by Ultrahigh Vacuum Tip-Enhanced Raman Neuromorphic Computing, Alec Talin, Sandia National Laboratories Spectroscopy, Nan Jiang, University of Illinois at Chicago

3:20pm

3:40pm BREAK BREAK

4:00pm INVITED: LD+2D+NS+SS-MoA-8 Virtual Presentation: Atomic-Scale INVITED: MS+AP-MoA-8 Virtual Presentation: Extending Semiconductor Imaging of Optically-Active Nanoscale Systems, Jeffrey R. Guest, Argonne Patterning Into the Next Decade, Michael Lercel, ASML National Laboratory

4:20pm

4:40pm INVITED: LD+2D+NS+SS-MoA-10 HAXPES for Device Applications: From the Surface into the Bulk, Anna Regoutz, University College London, UK

5:00pm

Monday Afternoon, October 25, 2021 15 1:40 PM Monday Afternoon, October 25, 2021

Plasma Science and Technology Division Surface Science Division Room 211 W - Session PS-MoA Room 209B W - Session SS+AP+AS+HC+LD+SE+TF-MoA Plasma Chemistry, Catalysis, and Plasma-engineered Oxides Surfaces and Interfaces Materials Moderators: Moderators: Francois Reniers, Université libre de Bruxelles, Jose Rodriguez, Brookhaven National Laboratory, USA, Belgium, Richard M.C.M. van de Sanden, Eindhoven University Iradwikanari Waluyo, Brookhaven National Laboratory, USA of Technology, The Netherlands 1:40pm INVITED: PS-MoA-1 Understanding and Designing Plasma-Catalysis INVITED: SS+AP+AS+HC+LD+SE+TF-MoA-1 Methanol Synthesis Systems using Experiments and Simulations, David Go, University of Notre Pathways for the Selective Conversion of C-H bonds, Sanjaya Senanayake, Dame Brookhaven National Laboratory

2:00pm

2:20pm PS-MoA-3 Bridging the Gap Between Plasma Spectroscopy and Catalytic SS+AP+AS+HC+LD+SE+TF-MoA-3 Support Effects on the Stability of Analysis: A Study on CO2 Methanation, Lucas Quintana, E. Fisher, Colorado Protonated Al-O-Si Sites on Crystalline Aluminosilicate Bilayer Films, B. State University Dhar, J. Pollock, J. Gloria, William Kaden, University of Central Florida

2:40pm PS-MoA-4 Optical Diagnosis of Inductively Coupled Plasma to Defect- Free Doping on Graphene in a Horizontal Reactor, Sung-Il Jo, B. Lee, G. Jeong, Kangwon National University, Korea (Republic of)

3:00pm INVITED: PS-MoA-5 Plasma Activated Electrolyser for Nitrogen Fixation INVITED: SS+AP+AS+HC+LD+SE+TF-MoA-5 Interaction of Small by Water, Michail Tsampas, R. Sharma, S. Welzel, M. van de Sanden, DIFFER Heteroatomic Organic Compounds with Ceria, Ye Xu, Louisiana State institute, Netherlands University

3:20pm

3:40pm BREAK BREAK

4:00pm SS+AP+AS+HC+LD+SE+TF-MoA-8 Surface Chemistry of 2-Propanol on SnO2(101) Studied Using Ambient-Pressure X-Ray Photoelectron Spectroscopy, Jessica Jenkins, R. Elzein, R. Addou, G. Herman, Oregon State University

4:20pm SS+AP+AS+HC+LD+SE+TF-MoA-9 Oxidation of Sn at the Cluster-Support Interface: Sn and Pt-Sn Clusters on TiO2(110), Sumit Beniwal, University of Carolina; W. Chai, University of Texas at Austin; K. Metavaryuth, T. Maddumapatabandi, D. Shakya, University of South Carolina; G. Henkelman, University of Texas at Austin; D. Chen, University of South Carolina

4:40pm SS+AP+AS+HC+LD+SE+TF-MoA-10 Thermal Oxidation of Ru(0001) to RuO2 Studied With Ambient Pressure X-ray Photoelectron Spectroscopy, J. Trey Diulus, Z. Novotny, B. Tobler, University of Zurich, Switzerland; L. Artiglia, J. Raabe, Paul Scherrer Institute, Switzerland; J. Osterwalder, University of Zurich, Switzerland

5:00pm

Monday Afternoon, October 25, 2021 16 1:40 PM Monday Afternoon, October 25, 2021

Thin Films Division Thin Films Division Room 207ABC W - Session TF+2D+MI-MoA Room 207D W - Session TF+AP-MoA Chalcogenide Materials and Applications Molecular Layer Deposition and Hybrid Organic- Inorganic Materials Moderators: Robert Grubbs, Micron Technology, USA, Emily McGuinness, Georgia Institute of Technology, USA 1:40pm TF+AP-MoA-1 Halogenated Polymer Thin Film with Ultra-High Refractive Index, Ni Huo, W. Tenhaeff, University of Rochester

2:00pm TF+AP-MoA-2 Molecular Layer Deposition of Phosphane-Ene Polymer Films, Sean Barry, University, Canada; P. Ragogna, University of Western Ontario, Canada; P. Gordon, Carleton University, Canada; C. McGuiness, Solvay

2:20pm INVITED: TF+2D+MI-MoA-3 Physical Properties of Binary Chalcogenide TF+AP-MoA-3 Insight into Film Growth Mechanisms in Polyurea Thin Films Grown by Magnetron Sputtering, Dipanjan Mazumdar, Y. Molecular Layer Deposition Using New and Combined Precursors, Rachel , H. Samassekou, A. Alkabsh, Southern Illinois University Carbondale Nye, S. Wang, G. Parsons, North Carolina State University

2:40pm TF+AP-MoA-4 About the Importance of Purge Time in Molecular Layer Deposition of Alucone Films, Hardik Jain, P. Poodt, Centre / TNO, Netherlands

3:00pm TF+2D+MI-MoA-5 Gas Bubble and Blister Formation in Sputtered Thin TF+AP-MoA-5 Redox-Active Polymer Thin Films by MLD for Enhanced Film Cadmium Selenide, R. Greenhalgh, P. Hatton, V. Kornienko, A. Abbas, P. Electrochemical Desalination, Matthias Young, Q. Wyatt, R. Gettler, N. Goddard, R. Smith, J. Bowers, Michael Walls, Loughborough University, UK Paranamana, T. White, X. He, University of Missouri-Columbia

3:20pm TF+AP-MoA-6 Molecular Layer Deposition on Nanofiltration Supports for High Performance Desalination Membranes with Tunable Performance, Brian Welch, O. McIntee, T. Myers, A. Greenberg, V. Bright, S. George, University of Colorado at Boulder

3:40pm BREAK BREAK

4:00pm INVITED: TF+2D+MI-MoA-8 Solution-based Coating of Next Generation Polycrystalline and Monocrystalline Semiconductors, Aram Amassian, North Carolina State University

4:20pm

4:40pm TF+2D+MI-MoA-10 Chemical Bath Deposition of CusX and SnsX on Functionalized Self-Assembled Monolayers, Tania Estrada, A. Walker, University of Texas at Dallas

5:00pm TF+2D+MI-MoA-11 Ethanolamines as Bath Additive in Electroless Deposition: Effect on Film Adhesion and Nanowire Formation, Jevalyne Vienes, A. Walker, University of Texas at Dallas

Monday Afternoon, October 25, 2021 17 1:40 PM Monday Afternoon, October 25, 2021

Vacuum Technology Division Room 205ABCD W - Session VT-MoA Outgassing, Pumping, and Operation of High Vacuum Systems Moderators: Giulia Lanza, SLAC National Accelerator Laboratory, USA, Jason Carter, Argonne National Laboratory, USA 1:40pm INVITED: VT-MoA-1 Overview of the Outgassing Behavior of Metals, Polymers and Ceramics, Katharina Battes, C. Day, V. Hauer, Karlsruhe Institute of Technology (KIT), Germany

2:00pm

2:20pm VT-MoA-3 Outgassing of A36 Carbon Steel Vacuum Chambers, James Fedchak, J. Scherschligt, NIST-Gaithersburg

2:40pm VT-MoA-4 Simulation of the Operation of an Ion Pump, Tiziano Isoardi, P. Manassero, L. Bonmassar, Agilent Technologies, Italy

3:00pm INVITED: VT-MoA-5 SynRad and MolFlow for Vacuum Analysis of CERN, Marton Ady, R. Kersevan, P. Baehr, CERN, Switzerland

3:20pm

3:40pm BREAK

4:00pm VT-MoA-8 Production of Custom Vacuum Components for the APS- Upgrade Storage Ring Vacuum System, Oliver Mulvany, B. Billett, B. Brajuskovic, J. Carter, A. McElderry, M. Pilar O'Neill, R. Swanson, G. Wiemerslage, J. Zientek, Argonne National Laboratory

4:20pm INVITED: VT-MoA-9 Particulate Data Collection & Analysis Methods for Process Forensic Samples, Josh Spradlin, Jefferson Lab

4:40pm

5:00pm

Monday Afternoon, October 25, 2021 18 1:40 PM Tuesday Morning, October 26, 2021 2D Materials Atomic Scale Processing Focus Topic Room 206A W - Session 2D+HC+MN+NS+SS-TuM Room 206B W - Session AP+EL+MS+NS+SS+TF-TuM Scanning Probe Microscopy and Spectroscopy of 2D Advancing Metrology and Characterization to Enable Materials Atomic Scale Processing Moderator: Moderators: Andy Antonelli, Nanometrics, USA, Pinshane Huang, University of Illinois, USA Alain Diebold, SUNY Polytechnic Institute, USA 8:00am INVITED: AP+EL+MS+NS+SS+TF-TuM-1 Spectroscopic Ellipsometry for Atomic Scale Processing, Harm Knoops, Instruments Plasma Technology, Netherlands

8:20am 2D+HC+MN+NS+SS-TuM-2 Small Energy Gap Revealed in CrBr3 Using Scanning Tunneling Microscopy and Spectroscopy (STM/S), Dinesh Baral, Z. Fu, A. Zadorozhnyi, R. Dulal, A. Wang, N. Shrestha, U. Erugu, J. Tang, Y. Dahnovsky, J. Tian, T. Chien, University of Wyoming

8:40am 2D+HC+MN+NS+SS-TuM-3 2020 AVS Graduate Research Awardee: INVITED: AP+EL+MS+NS+SS+TF-TuM-3 Nanoscale Chemical Analysis and Scanning Tunneling Microscopy Studies of Carbon-Based Nanostructures Mapping of Atomic Scale Processes via Photo-Induced Force Grown Through Competing on-Surface Interactions and Chemistry, Microscopy, Sung Park, D. Nowak, T. Albrecht, Molecular Vista Jeremy Schultz, N. Jiang, University of Illinois at Chicago

9:00am 2D+HC+MN+NS+SS-TuM-4 Electronic Characterization Using Scanning Tunneling Microscopy and Spectroscopy of Solution-Synthesized Graphene Nanoribbons With Functional Groups, Abigail Berg, University of Illinois at Urbana-Champaign; G. Li, A. Sinitskii, University of Nebraska - Lincoln; J. Lyding, University of Illinois at Urbana-Champaign 9:20am INVITED: 2D+HC+MN+NS+SS-TuM-5 Observation of Superconducting INVITED: AP+EL+MS+NS+SS+TF-TuM-5 In-situ Characterization of the Collective Modes from Competing Pairing Instabilities in Single-layer Earliest Stages of Selective ALD Growth and Inhibition, Alex Martinson, NbSe2, Miguel Ugeda, Donostia International Physics Center (DIPC), Spain Argonne National Laboratory

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: 2D+HC+MN+NS+SS-TuM-10 Tailoring Electronic Structures of INVITED: AP+EL+MS+NS+SS+TF-TuM-10 Nano-Prototyping, Cornelis W. 2D Heterostructures, C. Ken Shih, The University of Texas at Austin Hagen, Delft University of Technology, Netherlands

11:20am

11:40am 2D+HC+MN+NS+SS-TuM-12 2D Materials Moiré Superlattice AP+EL+MS+NS+SS+TF-TuM-12 Area Selective Atomic Layer Deposition Electromechanical Characterization with Piezo-response Force of SiO2 on SiO2 with Thiol Passivated Cu as the Non-Growth Surface, Microscopy, Byong Kim, Park Systems, Inc. Rohit Narayanan Kavassery Ramesh, W. Xu, R. Gasvoda, Colorado School of Mines, USA; X. Lei, B. Zope, H. Chandra, R. Ridgeway, A. Derecskei, R. Pearlstein, EMD Performance Materials Corp.; S. Agarwal, Colorado School of Mines, USA 12:00pm 2D+HC+MN+NS+SS-TuM-13 Measuring Van der Waals Interactions of Monolayer Materials, Stanislav Tsoi, US Naval Research Laboratory; S. Sivaram, Sila Inc.; M. Rosenberger, University of Notre Dame; K. McCreary, US Naval Research Laboratory; H. Chuang, Nova Research; B. Jonker, US Naval Research Laboratory

Tuesday Morning, October 26, 2021 19 8:00 AM Tuesday Morning, October 26, 2021

Applied Surface Science Division Biomaterial Interfaces Division Room 209C W - Session AS+BI+CA+LS+NS+SE+SS-TuM Room 210 W - Session BI-TuM Analysis of Surfaces and Interfaces Related to Energy Characterization of Biological and Biomaterials Surfaces and the Environment II Moderators: Moderators: Samantha Rosenberg, Sandia National Lab, USA, Luke Hanley, University of Illinois at Chicago, USA, Vincent Smentkowski, GE Research Center, USA Caitlin Howell, University of Maine, USA 8:00am

8:20am AS+BI+CA+LS+NS+SE+SS-TuM-2 Nano Gas Cells: Multimodal Surface Analysis of Catalytic Processes at Elevated Pressures and Temperatures, Burcu Karagoz, Brookhaven National Laboratory; J. Carpena-Núñez, Air Force Research Laboratory; Y. Zhu, D. Zakharov, Brookhaven National Laboratory; B. Maruyama, Air Force Research Laboratory; D. Stacchiola, A. Head, Brookhaven National Laboratory 8:40am AS+BI+CA+LS+NS+SE+SS-TuM-3 Plasma Modification of Lab Coat Fabrics for Improved Protective Clothing, Kimberly Hiyoto, E. Fisher, Colorado State University

9:00am AS+BI+CA+LS+NS+SE+SS-TuM-4 Elucidating the Lubrication Mechanism BI-TuM-4 Hydrogen Peroxide Detection Using Modified Electrochemical of Ionic Liquid: a Multi-technique, Nanoscale Spectroscopy and Electrodes for the Intestinal Environment, Santiago Botasini, D. Jesner, J. Microscopy Study, Filippo Mangolini, Z. Li, O. Morales-Collazo, The University of Stine, R. Ghodssi, University of Maryland Texas at Austin; J. Sadowski, Brookhaven National Laboratory; H. Celio, A. Dolocan, J. Brennecke, The University of Texas at Austin 9:20am INVITED: AS+BI+CA+LS+NS+SE+SS-TuM-5 Going Beyond Superficial INVITED: BI-TuM-5 NanoSIMS Imaging of Cholesterol and Sphingolipids Surface Analysis for Transforming Plants into Value-added Products, in Cell Membranes, Mary Kraft, University of Illinois at Urbana-Champaign Robyn Goacher, Materion Corp.

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am AS+BI+CA+LS+NS+SE+SS-TuM-10 Optimization of LLZCN/LiPF6/PEO Solid-state Electrolyte for Energy Storage Application, Samuel Danquah, Norfolk State University; C. Denize, Norfolk Sate University; J. Strimaitis, S. Pradhan, C. Bonner, M. Bahoura, Norfolk State University

11:20am AS+BI+CA+LS+NS+SE+SS-TuM-11 Atomic Layer Deposition (ALD) and Low Energy Ion Scattering (LEIS) for Determining the Surface Silanol Density of Chemically and Thermally Treated Fused Silica, Tahereh Gholian Avval, Brigham Young University; S. Průša, Brno University of Technology, , Czechia; S. Fearn, H. Brongersma, Imperial College London, UK; M. Linford, Brigham Young University 11:40am AS+BI+CA+LS+NS+SE+SS-TuM-12 X-Ray Absorption Near Edge Structure BI-TuM-12 Deconvolution of 3D OrbiSIMS Biological Datasets via (XANES) Measurements of Oxides Formed on , Anil Comprehensive Molecular Formula Prediction, A. Kotowska, M. Edney, Krishna Battu, B. Gwalani, T. Suntharampillai, A. Devaraj, Pacific Northwest David Scurr, University of Nottingham, UK National Laboratory

12:00pm AS+BI+CA+LS+NS+SE+SS-TuM-13 Use of BI-TuM-13 Chemical Changes On, and Through, The Bacterial Envelope Techniques to Automate the Analysis of XAFS spectra, Jeff Terry, Illinois in E. coli Mutants Exhibiting Impaired Plasmid Transfer Identified Using Institute of Technology Time-of-Flight Secondary Ion , K. Dimovska Nilsson, University of Gothenburg, Sweden; M. Palm, University of Gothenburg, Sweden, Centre for Antibiotic Resistance Research, University of Gothenburg, Sweden; J. Hood, J. Sheriff, School of Engineering, Newcastle University, UK; A. Farewell, Department of Chemistry and , University of Gothenburg, Sweden, Centre for Antibiotic Resistance Research, University of Gothenburg, Sweden; John Fletcher, University of Gothenburg, Sweden

Tuesday Morning, October 26, 2021 20 8:00 AM Tuesday Morning, October 26, 2021

Electronic Materials and Photonics Division Fundamental Discoveries in Heterogeneous Catalysis Room 207ABC W - Session EM+TF-TuM Focus Topic Wide and Ultra-Wide Bandgap Materials and Devices Room 209A W - Session HC+SS-TuM Moderators: Single Atom Catalysis Elif Ertekin, University of Illinois at Urbana-Champaign, USA, Moderators: Ryan Hannagan, Tufts University, USA, Stephen McDonnell, University of Virginia, USA Ashleigh Baber, James Madison University, USA 8:00am EM+TF-TuM-1 Gallium Nitride Nanocrystals by Nonequilibrium Plasma INVITED: HC+SS-TuM-1 Virtual Presentation: Electronic Structure and Aerotaxy for Wavelength-Tunable Photoluminescence, Dillon Moher, E. Dynamics of Single Atom Catalysts, Nuria Lopez, ICIQ, Spain Thimsen, Washington University in St. Louis

8:20am EM+TF-TuM-2 AlGaN-Based UV LEDs Grown by MOCVD on SiC and Sapphire Substrates, Christian Zollner, Y. Yao, M. Wang, M. Iza, F. Wu, J. Speck, S. DenBaars, S. Nakamura, University of California Santa Barbara

8:40am INVITED: EM+TF-TuM-3 AlGaN HEMT Logic for Extreme Temperature HC+SS-TuM-3 Atomic-Scale Studies of Pt1 Species on -Oxide Operation, Brianna Klein, A. Baca, A. Allerman, C. Nordquist, A. Armstrong, J. Surfaces, A. Rafsanjani-Abassi, F. Kraushofer, TU Wien, Austria; M. Eder, TU Wendt, J. Saugen, A. Binder, T. Fortune, T. Smith, J. Pipkin, R. Kaplar, Sandia Munich, Germany; J. Pavelec, L. Haager, G. Franceschi, M. Riva, M. Schmid, U. National Laboratories Diebold, Gareth Parkinson, TU Wien, Austria

9:00am HC+SS-TuM-4 2020 AVS & Sigurd Varian Award Talk: Rhodium Copper Single-Atom Alloys for Selective and Coke-Free C-H Activation, Ryan Hannagan1, E. Sykes, Tufts University

9:20am EM+TF-TuM-5 High-Quality Molybdenum Nitride Schottky Diodes to n- Type Gallium Nitride, Alex Molina, I. Campbell, T. Walter, A. Agyapong, S. Mohney, Pennsylvania State University

9:40am EM+TF-TuM-6 In-Situ Investigation of the Interface Formation between Si-Terminated Diamond and a Nb2O5 Electron Acceptor Layer for Electronic Applications, Gabrielle Abad, S. McDonnell, University of Virginia

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am EM+TF-TuM-10 Metal-Semiconductor Contacts to β-Ga2O3: Dependence HC+SS-TuM-10 Elucidating the effect of Oxidation on the Structure and on Metal and Crystallographic Surface Plane, L. Lyle, K. Reactivity of Rhodium Copper Single-Atom Alloys, Volkan Cinar, Tufts Jiang, E. Favela, Y. Yao, Carnegie Mellon University, USA; K. , North Carolina University; D. Guo, Washington State University; A. Schilling, Seagate Technology; State University; Z. Galazka, A. Popp, Leibniz Institute for Crystal Growth, I. Waluyo, Brookhaven National Laboratory; J. McEwen, Washington State Germany; Lisa , Carnegie Mellon University, USA University; C. Sykes, Tufts University 11:20am EM+TF-TuM-11 Characterization of Hf-Doped, Polycrystalline Gallium HC+SS-TuM-11 Polarons in Single Atom Catalysts: Case Study of Oxide Thin Films, Seth King, University of Wisconsin - La Crosse Me1=[Au1, Pt1, Rh1] on TiO2(110), Panukorn Sombut, L. Haager, M. Atzmueller, Z. Jakub, TU Wien, Austria; M. Reticcioli, University of Vienna, Austria; M. Meier, G. Parkinson, TU Wien, Austria; C. Franchini, University of Vienna, Austria

11:40am EM+TF-TuM-12 Templated EUV Windows, Scott Olsen, HC+SS-TuM-12 Beam-Surface Reactivity Studies of RhCu Single-Atom D. Allred, S. Turley, R. Vanfleet, Brigham Young University Alloys, Laurin Joseph, D. Tinney, A. Utz, Tufts University

12:00pm HC+SS-TuM-13 Comparison of Single Rh Adatoms on Α-Fe2O3(1-102) and TiO2(110) Stabilized by Adsorbed Water, Lena Haager, F. Kraushofer, TU Wien, Austria; M. Eder, TU München, Germany; A. Rafsanjani-Abbasi, G. Franceschi, M. Riva, P. Sombut, M. Atzmueller, M. Schmid, TU Wien, Austria; C. Franchini, Universitá di Bologna, Italy; U. Diebold, G. Parkinson, TU Wien, Austria

1 AVS 2020 Russell and Sigurd Varian Awardee Tuesday Morning, October 26, 2021 21 8:00 AM Tuesday Morning, October 26, 2021

Nanoscale Science and Technology Division Plasma Science and Technology Division Room 209F W - Session NS+MN+QS+SM+SS-TuM Room 211 W - Session PS+AS+BI+EM+SS-TuM Nanomechanics – Including Nanoscale-Dependent Plasma-Surface Interactions Materials' Properties and Quantum Effects Moderators: Moderators: Keith A. Brown, Boston University, USA, Erik V. Johnson, LPICM, Ecole Polytechnique, France, Sidney Cohen, Weizmann Institute of Science, Israel Pingshan Luan, TEL Technology Center America 8:00am INVITED: NS+MN+QS+SM+SS-TuM-1 Engineering Quantum Forces and Torques, Jeremy Munday, University of California, Davis

8:20am PS+AS+BI+EM+SS-TuM-2 Simulation of Oxide- Nitride Layer Etching by Fluorocarbon Plasmas, Charisse Marie Cagomoc, M. Isobe, S. Hamaguchi, Osaka University, Japan; E. Hudson, Lam Research Corporation

8:40am NS+MN+QS+SM+SS-TuM-3 Ultralow Friction of Magnetene, a non-van PS+AS+BI+EM+SS-TuM-3 Comparative Study of Low Damage Plasma der Waals 2D Material, Peter Serles, , Canada; A. Etching Processes on the Integrity of AlGaN Layers Integrated in GaN Puthirath, Rice University; S. Yadav, C. Veer Singh, University of Toronto, Canada; HEMT During Gate Opening, Oleh FESIIENKO, C. Petit-Etienne, University P. Ajayan, Rice University; T. Filleter, University of Toronto, Canada Grenoble Alpes, LTM, CNRS, France; M. Darnon, A. Soltani, H. Maher, Université de Sherbrooke, LN2, CNRS UMI-3463, Canada; E. Pargon, University Grenoble Alpes, LTM, CNRS, France 9:00am NS+MN+QS+SM+SS-TuM-4 Structure-Function of PC Surfactants, Nir PS+AS+BI+EM+SS-TuM-4 Characterization and Spatially Resolved Kampf, W. Lin, J. Klein, Weizmann Institute of Science, Israel Analysis of an Open Channel Microfluidic Substrate for Atmospheric Plasmas, Josh Morsell, S. Shannon, North Carolina State University; J. Jiang, P. Bruggeman, University of Minnesota

9:20am INVITED: NS+MN+QS+SM+SS-TuM-5 Quantum Phononics, Konrad INVITED: PS+AS+BI+EM+SS-TuM-5 Plasma-wall Interactions: Lehnert, JILA, University of Colorado Implications for Advanced Chamber Materials Requirements, John Daugherty, Lam Research Corporation

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: NS+MN+QS+SM+SS-TuM-10 Mapping Nanoscale PS+AS+BI+EM+SS-TuM-10 On the Interaction between Low Viscoelasticity and Relaxation Times Underlying Growth and Shape of Temperature Plasmas and Materials: An in-Stiu Raman Thermometry Multicellular Organisms using Multifrequency AFM, J. Seifert, Physics Insight, Carla Berrospe Rodriguez, J. Schwan, L. Mangolini, University of California Department, University of Oxford, UK; A. Piacenti, C. Adam, Sonia Contera, - Riverside University of Oxford, UK 11:20am PS+AS+BI+EM+SS-TuM-11 III-V/Ge Heterostructure Plasma Etching and Passivation With a Single Plasma Process for Low-Damage Multijunction Solar Cell Fabrication, Mathieu de Lafontaine, Laboratoire des Technologies de la Microelectronique, CNRS-LTM, France, Canada; E. Pargon, G. Gay, C. Petit- Etienne, Laboratoire des Technologies de la Microelectronique, CNRS-LTM, France; J. Barnes, N. Rochat, CEA, LETI, MINATEC Campus, France; M. Volatier, A. Jaouad, S. Fafard, V. Aimez, M. Darnon, Laboratoire Nanotechnologies Nanosystèmes (LN2) - CNRS UMI-3463 Institut Interdisciplinaire d′Innovation Technologique (3IT), Université de Sherbrooke, Canada 11:40am NS+MN+QS+SM+SS-TuM-12 Mechanical Properties of Fibrillar PS+AS+BI+EM+SS-TuM-12 Plasma-Induced Surface Cooling, Scott G. Materials: The Role of H- Formation in Amyloid Peptides, Irit Walton, Naval Research Laboratory; J. Tomko, University of Virginia; M. Johnson, Rosenhek-Goldian, N. Aggarwal, D. Eliaz, H. Cohen, S. Cohen, A. Kozell , T. Mason , D. Boris, T. Petrova, Naval Research Laboratory; P. Hopkins, University of Virginia U. Shimanovich , Weizmann Institute of Science, Israel

12:00pm NS+MN+QS+SM+SS-TuM-13 The Impact of Temperature on Viscoelastic Properties of Nanoscale Domains Within Polymer Composites, B. Pittenger, S. Osechinskiy, John Thornton, S. Loire, T. Mueller, Bruker Nano Surfaces

Tuesday Morning, October 26, 2021 22 8:00 AM Tuesday Morning, October 26, 2021

Smart Multifunctional Materials for Nanomedicine Surface Science Division Focus Topic Room 209B W - Session SS+2D+AP+PS+TF-TuM Room 209DE W - Session SM+AS+BI+CA+MI+SS-TuM Surface Chemistry of Film Growth and Etching Hybrid Nanomaterials Based On Biologically-Inspired Moderators: Approaches and Plasma Chemistry Eric Altman, Yale University, USA, Moderator: Zhenrong Zhang, Baylor University, USA Francois Reniers, Université libre de Bruxelles, Belgium 8:00am INVITED: SM+AS+BI+CA+MI+SS-TuM-1 Biologically Inspired Materials INVITED: SS+2D+AP+PS+TF-TuM-1 Thin Film Growth One Step at a for Health and Water Sustainability, Tak-Sing Wong, The Pennsylvania State Time: Unraveling Mechanisms in Atomic Layer Deposition, Stacey Bent, University Stanford University

8:20am

8:40am SM+AS+BI+CA+MI+SS-TuM-3 Atomic Layer Deposition to Provide SS+2D+AP+PS+TF-TuM-3 Well-Defined Mixed-Oxide and Metal-Oxide Hermetic and Multifunctional Coatings for Medical Devices, R. Ritasalo, Interfaces for Catalysis Using ALD, Francisco Zaera, University of California Picosun Oy, Finland; O. Ylivaara, T. Sillanpää, A. Kärkkäinen, VTT, Finland; Mikko Matvejeff, J. Kivioja, J. Taskinen, Picosun Oy, Finland

9:00am SM+AS+BI+CA+MI+SS-TuM-4 Old Drugs for a Golden Future: Clinically SS+2D+AP+PS+TF-TuM-4 Bi-Induced Shape Change of Homoepitaxial Established Au-Based Complexes…from Repurposing to Potential InAs(110) Surface Structure, Brandon Carter, J. Millunchick, University of Application in Nanomedicine, Tiziano Marzo, University of Pisa, Italy; L. Cucci, Michigan C. Satriano, V. Sanfilippo, University of Catania, Italy; D. La Mendola, University of Pisa, Italy 9:20am SM+AS+BI+CA+MI+SS-TuM-5 Angiogenin-Functionalized SS+2D+AP+PS+TF-TuM-5 Beyond the Ligand Exchange Model – Time Nanoparticles-Graphene Oxide Nanohybrids for Wound Care Resolved ALD of HfO2 on InAs Thermal Oxide, Giulio D'Acunto, P. Shayesteh, Application, L. Cucci, L. Riela, University of Catania, Italy; O. Hansson, University F. Rehman, Lund University, Research, Sweden; E. of Gothenburg, Sweden; T. Marzo, University of Pisa, Italy; C. Satriano, University Kokkonen, MAX IV Laboratory, Lund University, Sweden; R. Timm, J. Schnadt, Lund of Catania, Italy; Diego La Mendola, University of Pisa, Italy University, Synchrotron Radiation Research, Sweden 9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: SM+AS+BI+CA+MI+SS-TuM-10 Exploring Materials SS+2D+AP+PS+TF-TuM-10 Fast Diffusive Behavior of Pb on Ge(111) at Opportunities with Atmospheric Pressure Microplasmas, Davide Mariotti, Low Temperatures During Island Formation, Andrew Kim, E. Baum, S. University of Ulster, UK Chiang, University of California at Davis; M. Tringides, Ames Laboratory, Iowa State University; V. Stroup, D. Le, A. Childs, T. Rahman, University of Central Florida

11:20am SS+2D+AP+PS+TF-TuM-11 Understanding Oxidation Pathways on Low- Index Single Grain Ni-Cr Surfaces, William Blades, University of Virginia; R. Ramanathan, P. Voorhees, Northwestern University; Y. Niu, A. Zakharov, Lund University, Sweden; P. Reinke, University of Virginia

11:40am SS+2D+AP+PS+TF-TuM-12 Investigating the Effect of Sn Vapor Deposition Parameters on Nb-Sn-O Coordination on a Highly-Ordered Oxidized Nb(100) Substrate, Sarah Willson, R. Farber, S. Sibener, University of Chicago

12:00pm SS+2D+AP+PS+TF-TuM-13 In Situ Observations of Graphene Growth on Liquid Copper, Irene Groot, Leiden University, The Netherlands

Tuesday Morning, October 26, 2021 23 8:00 AM Tuesday Morning, October 26, 2021

Thin Films Division Thin Films Division Room 207D W - Session TF+EM-TuM Room 208 W - Session TF+PS+SE-TuM Thin Films for Microelectronics and Quantum Materials HiPIMS and PVD Thin Films for Emerging and Advanced Moderators: Jessica Kachian, Intel Corporation, USA, Materials Christophe Vallee, LTM - MINATEC - CEA/LETI, France Moderator: Joe Becker, Kurt J. Lesker Company, USA 8:00am INVITED: TF+PS+SE-TuM-1 Advances In Superconducting Thin-Film Deposition Using Next-Generation HiPIMS with Positive Kick™ and Radial Magnetrons, Brian Jurczyk, Starfire Industries LLC

8:20am

8:40am TF+EM-TuM-3 ALD-based Nanolayers for Germanium Surface INVITED: TF+PS+SE-TuM-3 2020 AVS Gaede-Langmuir Award Lecture: Passivation, Willem-Jan Berghuis, R. Theeuwes, B. Macco, E. Kessels, Eindhoven How Advances in High-Power Magnetron Impulse Sputtering (HiPIMS) University of Technology, Netherlands Can Control Ion Energy, Ionization, and have High Deposition Rates, David Ruzic1, University of Illinois at Urbana-Champaign

9:00am TF+EM-TuM-4 2D Mos2 Layers Synthesized by ALD as Diffusion Barriers in Interconnects, Sanne Deijkers, A. de Jong, Eindhoven University of Technology, Netherlands; H. Sprey, J. Maes, ASM, Belgium; E. Kessels, A. Bol, A. Mackus, Eindhoven University of Technology, Netherlands

9:20am TF+EM-TuM-5 Experimental Study of Plasma-Enhanced Atomic Layer TF+PS+SE-TuM-5 Structure Related Investigations and Fracture Deposition of SiN on GeSbTe, Hamid Razavi, University of California at Los Resistance of Ti-Mo-B Thin Films, Christoph Fuger, A. Hirle, R. Hahn, CDL-SEC, Angeles; M. Shen, J. Hoang, T. Lill, Lam Research Corporation; J. Chang, University TU Wien, Austria; M. Weiss, Institute of Chemical Technologies and Analytics, TU of California at Los Angeles Wien, Austria; O. Hunold, Oerlikon Balzers, Oerlikon Surface Solutions AG, Liechtenstein; P. Polcik, Plansee Composite Materials GmbH, Germany; H. Riedl, CDL-SEC, TU Wien, Austria 9:40am TF+EM-TuM-6 Challenges in the Fabrication of Good Quality Bismuth TF+PS+SE-TuM-6 Investigating the Phase Separation Dynamics and Ferrite Films by Chemical Vapor Deposition, Mahendra Acharya, C. Joshi, Magneto-Plasmonic Properties in AuXCo1-X Films and Nanoparticles for University of Alabama; T. Gosavi, U. Alaan, J. Plombon, Intel Corporation; A. Gupta, Magnetically Enhanced Photothermal Cancer Therapies, Reece Emery, D. University of Alabama Garfinkel, G. Pakeltis, N. Tang, D. , University of Tennessee Knoxville; P. Rack, University of Tennessee, Oak Ridge National Laboratory 10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

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11:00am

11:20am TF+EM-TuM-11 Temporal Evolution of Electrical Observed via Improved Conductive , Saima Sumaiya, M. Baykara, M. Vazirisereshk, R. Chen, A. Martini, University of California Merced

11:40am TF+EM-TuM-12 CsM+ Cluster Method in Dynamic Sims: A Versatile and Practical Approach for Thin Film Electronic Materials, Marinus Hopstaken, S. Molis, IBM Research Division, T.J. Watson Research Center

12:00pm TF+EM-TuM-13 Flexible Low-K SiCOH Thin Films Deposited by Plasma Enhanced Chemical Vapor Deposition of Tetrakis(Trimethylsilyloxy)Silane Precursor, William Wirth, S. Jang, J. Comeaux, University of Louisiana at Lafayette

1 AVS 2020 Gaede-Langmuir Awardee Tuesday Morning, October 26, 2021 24 8:00 AM Tuesday Morning, October 26, 2021

Vacuum Technology Division Room 205ABCD W - Session VT+PS-TuM Vacuum Technology for Fusion Research Moderators: Alan Van Drie, TAE Technologies, USA, Jay Hendricks, National Institute of Science and Technology, USA 8:00am INVITED: VT+PS-TuM-1 Virtual Presentation: Progress in the Construction of the ITER Vacuum System and Advancement in Vacuum Technologies for Fusion, Robert J.H. Pearce, I. Banerjee, ITER Organization, France; J. Benet, Fusion for Energy, Spain; B. Boussier, J. Buckerfield, ITER Organization, France; F. Canadell, Fusion for Energy, Spain; F. Chitu, A. , M. Dremel, S. Giors, G. Godia, S. Hughes, E. Quinn, ITER Organization, France; C. Smith, US ITER Project; A. Teissier, Fusion for Energy, Spain; D. Williamson, US ITER Project; L. Worth, ITER Organization, France 8:20am

8:40am INVITED: VT+PS-TuM-3 Latest Developments and Uses of Neg Technology in Fusion Energy Applications, Enrico Maccallini, P. Manini, M. Urbano, F. Siviero, L. , A. Ferrara, M. Mura, SAES Getters SpA, Italy; M. Siragusa, E. Sartori, P. Sonato, CONSORZIO RFX, Italy; G. Motojima, T. Murase, S. Masuzaki, T. Morisaki, NIFS, Japan; C. Day, S. Hanke, KIT, Germany 9:00am

9:20am INVITED: VT+PS-TuM-5 Micro-Scale Fusion and Neutron Generation from Nanowire Arrays Irradiated With Ultrashort Laser Pulses of Relativistic Intensity, Jorge Rocca, A. , C. Calvi, Colorado State University; J. Tinsley, Mission Support and Test Services; S. Wang, R. Hollinger, H. Song, Colorado State University; M. Capeluto, Colorado State University, USAUniversidad de Buenos Aires, Buenos Aires, Argentina; Y. Wang, V. Shlyaptsev, Colorado State University; V. Kaymak, A. Pukhov, Heinrich--Universität Düsseldorf, Germany 9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: VT+PS-TuM-10 Virtual Presentation: Vacuum Technology for Fusion Research, Christian Day, Karlsruhe Institute of Technology (KIT), Germany

11:20am

11:40am VT+PS-TuM-12 An in-Situ and in-Vivo Characterization Facility for Ion- Gas-Neutral Interactions With Surfaces (IGNIS-2) Under Fusion-Relevant Vacuum Conditions, Ethan Kunz, C. Jaramillo, H. Schamis, M. Parsons, S. Kolecki, M. Fredd, C. Smith, M. Nieto, J. Allain, Pennsylvania State University

12:00pm VT+PS-TuM-13 Experimental Characterization of a NEG Pump of Novel Size - A Step to its Application in the DEMO Neutral Beam Injectors, Stefan Hanke, C. Day, T. Giegerich, X. Luo, Karlsruhe Institute of Technology (KIT), Germany; F. Siviero, M. Mura, A. Ferrara, E. Maccallini, P. Manini, SAES Getters, Italy; E. Sartori, M. Siragusa, P. Sonato, Consorzio RFX, Italy

Tuesday Morning, October 26, 2021 25 8:00 AM Tuesday Afternoon, October 26, 2021 Exhibitor Technology Spotlight Workshops Room Hall A - Session EW-TuL Exhibitor Technology Spotlight II Moderator: Christopher Moffitt, Kratos Analytical Inc, USA 12:00pm

12:20pm

12:40pm EW-TuL-3 What's New at PHI, John Newman, Physical Electronics

1:00pm EW-TuL-4 Automated, High-Performance X-Ray Photoelectron Spectroscopy System for Advanced Analysis of Solid-State Energy Materials and Systems, Christopher Moffitt, Kratos Analytical Inc.

1:20pm EW-TuL-5 New Developments for Surface Analysis from Thermo Fisher Scientific, Tim Nunney, P. Mack, R. Simpson, H. Tseng, Thermo Fisher Scientific, UK; J. Lallo, Thermo Fisher Scientific

1:40pm EW-TuL-6 New Trends in Photoelectron Spectroscopy: Momentum resolved Photoelectron Spectroscopy, Spin-resolved ARPES, Small Spot and Hard X-ray XPS, Andreas Thissen, SPECS Surface Nano Analysis GmbH, Germany

2:00pm

Tuesday Afternoon, October 26, 2021 26 12:00 PM Tuesday Afternoon, October 26, 2021 Vacuum Technology Division 2D Materials Room 205ABCD W - Session VT-TuA Room 206A W - Session 2D+EM+HC+NS+QS+TF-TuA Vacuum Technology for Accelerators Dopants, Defects, and Edges in 2D Materials Moderators: Moderators: Jacob Ricker, NIST, USA, Ken Shi, University of Texas at Austin, USA, Sol Omolayo, Lawrence Berkeley National Laboratory, USA Miguel M. Ugeda, Donostia International Physics Center , Spain 2:20pm INVITED: VT-TuA-1 Virtual Presentation: Small Diameter NEG Coated INVITED: 2D+EM+HC+NS+QS+TF-TuA-1 Characterizing Unconventional Vacuum Chambers by Copper Electroforming, Lucia Lain Amador, CERN, Strain and Bending in 2D Materials and Heterostructures with Switzerland Aberration-Corrected STEM, Pinshane Huang, University of Illinois at Urbana- Champaign, USA; E. Han, J. Yu, C. Lee, University of Illinois at Urbana Champaign; D. Luo, University of Illinois at Urbana Champaign; A. Khan, University of Illinois at Urbana Champaign; T. Santos, University of Illinois at Urbana Champaign; S. Kang, W. Zhu, N. Sobh, A. Schleife, B. , E. Ertekin, A. van der Zande, University of Illinois at Urbana Champaign 2:40pm

3:00pm VT-TuA-3 Dynamic Vacuum Pressure Simulation of NEG-dominated 2D+EM+HC+NS+QS+TF-TuA-3 Correlative Analysis Strategies for Particle Accelerator Systems During Commissioning Phases, Yevgeniy Transition Metal Dichalcogenides, Umberto Celano, IMEC, Belgium Lushtak, Y. Li, Cornell University

3:20pm VT-TuA-4 Three-Dimensional Analysis and Design Assessment of the 2D+EM+HC+NS+QS+TF-TuA-4 Linear Bands in 2D Au-Sn Layers, P. Mast-U Double Beamline Cryogenic Pumping System, Xueli Luo, S. Hanke, Sadhukhan, S. Barman, UGC-DAE Consortium for Scientific Research, India; D. Karlsruhe Institute of Technology, Institute for Technical Physics, 76021 Karlsruhe, Pandey, Raja Ramanna Centre for Advanced Technology, India; V. Singh, S. Sarkar, Germany; A. Shepherd, Culham Centre for Fusion Energy, Abingdon, Oxfordshire, A. Rai, UGC-DAE Consortium for Scientific Research, India; K. Bhattacharya, Indian OX14 3DB, ; C. Day, Karlsruhe Institute of Technology, Institute for Institute of Space Science and Technology, India; A. Chakrabarti, Homi Bhabha Technical Physics, 76021 Karlsruhe, Germany National Institute, India; Sudipta Roy Barman, UGC-DAE Consortium for Scientific Research, India 3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: VT-TuA-7 LCLS-II HE Vacuum Design and Requirements, Marc INVITED: 2D+EM+HC+NS+QS+TF-TuA-7 Virtual Presentation: Atomic- , SLAC Scale Study and Engineering of Low-Dimensional Materials, Jani Kotakoski, University of Vienna, Austria

4:40pm

5:00pm VT-TuA-9 Jefferson Lab Injector Beamline Upgrade, Marcy Stutzman, 2D+EM+HC+NS+QS+TF-TuA-9 Atomic Scale Investigation of Defects in Thomas Jefferson National Accelerator Facility Monolayer PtX2 (X=Se, Te), Jingfeng LI, S. Kolekar, University of South Florida; . Ghorbani-Asl, Helmholtz-Zentrum Dresden - Rossendorf, Germany; A. Krasheninnikov, Helmholtz Zentrum Dresden-Rossendorf, Germany; M. Batzill, University of South Florida

5:20pm VT-TuA-10 Vacuum Installation Planning for the APS-Upgrade Storage 2D+EM+HC+NS+QS+TF-TuA-10 Doping of MoTe2 via Surface Charge Ring Vacuum System, Jason Carter, Argonne National Laboratory Transfer in Air, Cristian Ciobanu, Colorado School of Mines; G. Stan, NIST; S. Likith, Colorado School of Mines; A. Rani, S. Zhang, C. Hacker, S. Krylyuk, A. Davydov, NIST

5:40pm VT-TuA-11 Vacuum System for Cornell Brookhaven Energy Recovery 2D+EM+HC+NS+QS+TF-TuA-11 Band Structure and Electronic Properties Linac Test Accelerator, Yulin Li, Y. Lushtak, D. , Cornell University of Edge-Passivated Germanene Nanoribbons, Alexander Goldstone, Q. Li, George Mason University

6:00pm

Tuesday Afternoon, October 26, 2021 27 2:20 PM Tuesday Afternoon, October 26, 2021

Atomic Scale Processing Focus Topic Electronic Materials and Photonics Division Room 206B W - Session AP+2D+HI+MN+MS+PS+SS+TF- Room 207ABC W - Session EM+PS+TF-TuA TuA New Devices and Materials for Logic, Memory, and Beam Studies/Surface Reaction Analysis and Emerging Interconnects Applications of Atomic Scale Processing Moderators: Moderators: Satoshi Hamaguchi, Osaka University, Japan, M. David , Sandia National Labs, USA, Richard Livengood, Intel Corporation, USA Michelle Paquette, University of Missouri-Kansas City, USA 2:20pm INVITED: AP+2D+HI+MN+MS+PS+SS+TF-TuA-1 The Thinner, The Better - INVITED: EM+PS+TF-TuA-1 New Materials Development to Meet Future Characterization of Ultra-thin Films by Low Energy Ion Scattering (LEIS), Integration Needs, Bhadri Varadarajan, Lam Research Thomas Grehl, P. Brüner, IONTOF GmbH, Germany

2:40pm

3:00pm INVITED: AP+2D+HI+MN+MS+PS+SS+TF-TuA-3 Charged Particle EM+PS+TF-TuA-3 Interfaces between III-V Semiconductors and High-K Deposition of Nanostructures and Thin Films: A Surface Science Dielectrics: Opposite Requirements for MOSFET, Ferroelectrics, and Perspective, Howard Fairbrother, Department of Chemistry Resistive Ram Applications, A. Irish, A. Troian, R. Atle, A. Persson, S. Mamidala, K. Persson, G. D'Acunto, L. Wernersson, M. Borg, Rainer Timm, Lund University, Sweden

3:20pm EM+PS+TF-TuA-4 Effect of Cobalt Doping on Structural, Magnetic and Ferroelectric Properties of Bismuth Ferrite Thin Films Grown Epitaxially on SrTiO3 (001), Chhatra Raj Joshi, M. Acharya, M. Seikh, The University of Alabama; J. Plombon, U. Alaan, T. Gosavi, Intel Corporation; A. Gupta, The University of Alabama

3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: AP+2D+HI+MN+MS+PS+SS+TF-TuA-7 Atomic Layer Processing EM+PS+TF-TuA-7 Curvature Memory Through Stacking Transitions Using Low-Energy Cluster Beam Irradiation, Noriaki Toyoda, University of in Topological Semimetals, Jun Xiao, Stanford University; Y. Wang, UC Hyogo, Japan; K. Uematsu, University of Hyogo, Japan, Afghanistan Berkeley; H. Wang, Texas A&M University; C. Pemmaraju, SLAC National Accelerator Laboratory; S. Wang, UC Berkeley; P. Muscher, E. Sie, C. Nyby, T. Devereaux, Stanford University; X. Qian, Texas A&M University; X. Zhang, UC Berkeley; A. Lindenberg, Stanford University 4:40pm EM+PS+TF-TuA-8 Evaluation of the Near-Zero Temperature Coefficient of Resistivity (NZ-TCR) of ALD TiSiXN Films, Corbin Feit, S. Berriel , University of Central Florida; A. Dhamdhere, H. Kim, B. Nie, S. Chugh, S. Rothi, N. Mukherjee, Eugenus, Inc.; P. Banerjee, University of Central Florida

5:00pm AP+2D+HI+MN+MS+PS+SS+TF-TuA-9 Al Atom Incorporation through EM+PS+TF-TuA-9 Innovative approach and study of transparent the Adsorption of AlCl3 on Si(100) for Atomically Precise Device conducting oxide as channel materials for the fabrication of Thin Film Fabrication, Azadeh Farzaneh, S. Baek, University of Maryland, College Park; M. Transistors, Kelsea Yarbrough, S. Pradhan, M. Bahoura, Norfolk State University Radue, Laboratory for Physical Sciences, College Park; K. Dwyer, Y. Mo, University of Maryland, College Park; R. Butera, Laboratory for Physical Sciences, College Park

5:20pm AP+2D+HI+MN+MS+PS+SS+TF-TuA-10 Towards Ultraprecise Bipolar 2D EM+PS+TF-TuA-10 Ultrafast Switching of FeRh , Nicholas A. devices using Atomic Precision Advanced Manufacturing, J. H. G. Owen, R. Blumenschein, G. Stephen, Laboratory for Physical Sciences; C. Cress, S. LaGasse, Santini, E. Fuchs, J. Randall, Zyvex Labs; J. Mendez, X. Gao, D. Mamaluy, S. Misra, United States Naval Research Laboratory - Electronics Science and Technology Sandia National Laboratories Division; A. Hanbicki, Laboratory for Physical Sciences; S. Bennett, United States Naval Research Laboratory - Materials Science and Technology Division; A. Friedman, Laboratory for Physical Sciences 5:40pm

6:00pm

Tuesday Afternoon, October 26, 2021 28 2:20 PM Tuesday Afternoon, October 26, 2021

Thin Films Division New Trends in Structural Electronic Characterization of Room 207D W - Session TF+HC+SS-TuA Materials, Interfaces, and Surfaces Using Synchrotron Thin Films for Energy and Catalysis and FEL Based Light Sources Focus Topic Moderators: Room 208 W - Session LS+2D+MI+SS-TuA Siamak Nejati, University of Nebraska-Lincoln, USA, Dichorism and Spin-Resolved Techniques of Matthias Young, University of Missouri, USA Magnetic Materials Moderator: Mikel Holcomb, West Virginia University, USA 2:20pm INVITED: LS+2D+MI+SS-TuA-1 Virtual Presentation: Soft X-ray Resonant Inelastic Scattering (RIXS) to Study the Magnetic and Electronic Properties of Materials, Nicholas Brookes, ESRF, France

2:40pm TF+HC+SS-TuA-2 Relating Microstructure to Enhanced Electromechanical Properties of Metal Matrix Composites Used as Metal Contacts on Photovoltaic Cells, Cayla Nelson, S. Han, A. Chavez, University of New Mexico

3:00pm TF+HC+SS-TuA-3 Interface Chemistry in Metal Halide Perovskite/ALD LS+2D+MI+SS-TuA-3 X-ray Magnetic Linear Dichroism Studies of Metal Oxide Systems, Andrea E.A. Bracesco, C. Burgess, A. Todinova, Eindhoven Electrical Switching of Antiferromagnetic Order in α-Fe2O3 Epitaxial University of Technology, Netherlands; V. Zardetto, Solliance, TNO, Netherlands; Films, Egecan Cogulu, N. Statuto, New York University; Y. Cheng, Department of D. Koushik, W. Kessels, Eindhoven University of Technology, Netherlands; I. Dogan, Physics, Ohio State University; S. Yu, F. Yang, Ohio State University; R. Chopdekar, Solliance, TNO, Netherlands; C. Weijtens, Eindhoven University of Technology, H. Ohldag, Advanced Light Source, Lawrence Berkeley National Laboratories; A. Netherlands; S. Veenstra, R. Andriessen, Solliance, TNO, Netherlands; M. Creatore, Kent, New York University Eindhoven University of Technology, Netherlands 3:20pm TF+HC+SS-TuA-4 Efficient Near-Infrared Emission from Lead-Free LS+2D+MI+SS-TuA-4 Probing Interfacial Ferromagnetism in Oxide Ytterbium-Doped Cesium Bismuth Halide Perovskite Thin Films, Minh Superlattices Using Depth Resolved X-Ray Spectroscopic and Scattering Tran1, I. Cleveland, G. Pustorino, E. Aydil, New York University Techniques, Jay Paudel, Temple University; M. Terilli, Rutgers University; I. Vobornik, P. Orgiani, G. Panaccione, CNR-IOM, TASC Laboratory, Italy; C. Klewe, P. Shafer, Advanced Light Source, LBNL; V. Strocov, Swiss Light Source, PSI, Switzerland; J. Chakhalian, Rutgers University; A. Gray, Temple University 3:40pm BREAK BREAK

4:00pm

4:20pm TF+HC+SS-TuA-7 Molybdenum Cobalt Sulfide Thin Films for Water INVITED: LS+2D+MI+SS-TuA-7 X-Rays Approaching Neutrons: RIXS with Splitting Applications, Lee Kendall, G. Zangari , S. McDonnell, University of Ultrahigh Resolution and Applied Magnetic Field to Study a Magon- Virginia spinon dichotomy in β-Li2IrO3, Alex Frano, University of California, San Diego

4:40pm TF+HC+SS-TuA-8 Unravelling the Mechanism of Electrochemical Activation of Cobalt Phosphate by Digital Control Over Its Chemical Composition via ALD, G. van Straaten, Eindhoven University of Technology, Netherlands; M. Tsampas, Dutch Institute for Fundamental Energy Research , Netherlands; E. Kessels, Eindhoven University of Technology, The Netherlands; R. van de Sanden, Dutch Institute for Fundamental Energy Research, Netherlands; Mariadriana Creatore, Eindhoven University of Technology, Netherlands 5:00pm TF+HC+SS-TuA-9 Stable and Catalytically Active Shape-Engineered INVITED: LS+2D+MI+SS-TuA-9 Variable Polarization, External Magnetic Cerium Oxide Nanorods by Controlled Doping of Aluminum Cations with Field, and Spin Resolution for Buried Magnetic Materials Studied by Atomic Layer Deposition, H. Yan, Z. Liu, The University of Alabama; S. Yang, Oak Hard X-Ray Photoemission, Shigenori Ueda, National Institute for Materials Ridge Natinal Laboratory; X. Yu , The University of Alabama; T. Liu, The University Science, Japan of Alabama; Q. Guo, The University of Alabama; J. Li, R. Wang, The University of Alabama; Qing Peng, The University of Alabama 5:20pm TF+HC+SS-TuA-10 Effect of Film Composition and Structure on the Photocatalytic Activity of Metal Oxide Atomic Layer Deposition Thin Films, Halil Akyildiz, S. Islam, S. Ozkan, Bursa Uludag University, Turkey

5:40pm INVITED: LS+2D+MI+SS-TuA-11 Bulk and Interface Hard-X-ray Bandmapping with Spin Resolution Combining Full-field Momentum Imaging with ToF-recording, Gerd Schönhense, Johannes Gutenberg University of Mainz, Germany

6:00pm

1 National Student Award Finalist Tuesday Afternoon, October 26, 2021 29 2:20 PM Tuesday Afternoon, October 26, 2021

Fundamental Discoveries in Heterogeneous Catalysis Surface Science Division Focus Topic Room 209B W - Session SS+CA+HC+NS+TF-TuA Room 209A W - Session HC+SS-TuA , Electrochemistry and Dynamics at Single Atom Catalysis and Theoretical Models for Surfaces Heterogeneously-Catalyzed Reactions Moderators: Moderators: Liney Arnadottir, Oregon State University, USA, Mihai Vaida, University of Central Florida, USA, Zhenrong Zhang, Baylor University, USA Francisco Zaera, University of California, Riverside, USA 2:20pm INVITED: HC+SS-TuA-1 Virtual Presentation: Alkali-promoted Copper- INVITED: SS+CA+HC+NS+TF-TuA-1 Halide Ion Mobility in Metal Halide based Catalysts for CO2 Activation, W. Liao, Stony Brook University; Ping Liu, Perovskites and its Impact on Photovoltaic Performance, Prashant Kamat, Brookhaven National Laboratory University of Notre Dame

2:40pm

3:00pm INVITED: HC+SS-TuA-3 Machine Learning and Uncertainty SS+CA+HC+NS+TF-TuA-3 2020 AVS Dorothy M. and Earl S. Hoffman Quantification in Computational Heterogeneous Catalysis, Andreas Scholarship Award Talk: Ru Precursors for Photoassisted Chemical Vapor Heyden, University of South Carolina Deposition: Comparison of Allyl and Diene Complexes, Christopher Brewer1, N. Sheehan, University of Florida; B. Salazar, University of Texas at Dallas; J. Herrera, University of Florida; A. Walker, University of Texas at Dallas; L. McElwee-White, University of Florida 3:20pm SS+CA+HC+NS+TF-TuA-4 Surface Stability, Phonon Band Structure, and Vibrational Dynamics of the Nb(100) Surface Oxide Reconstruction, Alison McMillan, C. Thompson, J. Graham, University of Chicago; M. Kelley, Cornell University; S. Willson, R. Farber, University of Chicago; T. Arias, Cornell University; S. Sibener, University of Chicago 3:40pm BREAK BREAK

4:00pm

4:20pm HC+SS-TuA-7 Investigating the Alloying Mechanism of RhCu(100) and RhCu(110), Yicheng Wang, Tufts University; K. Papanikolaou , University College London, UK; R. Hannagan, Tufts university; J. Schumann, M. Stamatakis, University College London, UK; C. Sykes, Tufts University

4:40pm HC+SS-TuA-8 The Influence of Palladium on the Hydrogenation of SS+CA+HC+NS+TF-TuA-8 Formation and Stability of Oxygen Structures Acetylene on Ag(111), David Molina, M. Muir, M. Abdel-Rahman, M. Trenary, on Ag(111) Surfaces, Marie Turano2, Loyola University Chicago; L. Juurlink, University of Illinois - Chicago Leiden University, The Netherlands; E. Jamka, M. Gillum, D. Killelea, Loyola University Chicago

5:00pm INVITED: HC+SS-TuA-9 Theoretical Modeling in Heterogeneous Catalysis Understanding Catalysts under Operating Conditions, Frank Abild- Pedersen, SLAC National Accelerator Laboratory

5:20pm SS+CA+HC+NS+TF-TuA-10 Origin of The 3p XPS of 3d Transition Metal Atoms and Compounds, Paul S. Bagus, University of North Texas; C. Nelin, Consultant; C. Brundle, C. R. Brundle and Associates; B. Crist, XPS International LLC; N. Lahiri, K. Rosso, Pacific Northwest National Laboratory

5:40pm HC+SS-TuA-11 Conformer-Selective Adsorption of 1-Propanol on SS+CA+HC+NS+TF-TuA-11 An Xps Study of the Interaction between the Ag(111) from Theoretical Analysis of Experimental Reflection Absorption Uranyl Ion and Oligoarginine Peptide, Esha Mishra, C. Schultz, University of Infrared Spectra, Ravi Ranjan, M. Trenary, University of Illinois at Chicago Nebraska - Lincoln; P. Dowben, University of Nebraska–Lincoln; R. Lai, University of Nebraska - Lincoln

6:00pm HC+SS-TuA-12 Trimetallic Alloys for Enhanced Ethanol Conversion to Hydrogen, Paul Kress, Y. Wang, L. Cramer, Tufts University; M. Montemore, Tulane University; E. Sykes, Tufts University

1 AVS 2020 Dorothy M. and Earl S. Hoffman Scholarship Awardee 2 National Student Award Finalist Tuesday Afternoon, October 26, 2021 30 2:20 PM Tuesday Afternoon, October 26, 2021

Applied Surface Science Division Smart Multifunctional Materials for Nanomedicine Room 209C W - Session AS+BI+CA+LS+SS-TuA Focus Topic Quantitative Surface Analysis II Room 209DE W - Session SM+BI-TuA Moderators: Nanomedicine, Theranostics, Wound Healing and Tissue Alain Diebold, SUNY Polytechnic Institute, USA, Repair Mark Engelhard, Pacific Northwest National Laboratory, USA Moderator: Francois Reniers, Université libre de Bruxelles, Belgium 2:20pm AS+BI+CA+LS+SS-TuA-1 A Test of the Robustness of XPS for INVITED: SM+BI-TuA-1 Supramolecular Dendrimer Nanosystems for Determination of Elemental Composition Using a Range of Bulk Fe Biomedical Applications, Ling Peng, Centre Interdisciplinaire de Nanoscience Oxides, C. R. Brundle, C. R. Brundle & Associates, Soquel, CA 95073; B. Crist, The de Marseille, Aix-Marseille University, CNRS, France XPS Library, Salem OR 97306; P. Bagus, Center for Advanced Scientific Computing and Modeling (CASCaM) Department of Chemistry University of North Texas 1155 Union Circle #305070 Denton, Texas 76203-5017 2:40pm AS+BI+CA+LS+SS-TuA-2 Optimization and Characterization of Isotopically-Labeled, Epitaxial Fe2O3 and Cr2O3 for Diffusion Studies, Tiffany Kaspar, S. Taylor, K. Yano, Pacific Northwest National Laboratory; T. Lach, Oak Ridge National Laboratory; Y. Zhou, Pacific Northwest National Laboratory, USA; Z. Zhu, Pacific Northwest National Laboratory; A. Kohnert, Los Alamos National Laboratory; E. Still, P. Hosemann, University of California at Berkeley; D. Schreiber, Pacific Northwest National Laboratory 3:00pm INVITED: AS+BI+CA+LS+SS-TuA-3 Combining Multiple X-Ray Spectroscopic and Scattering Techniques to Probe Emergent Electronic Phenomena at Oxide Interfaces, Alexander Gray, Temple University

3:20pm

3:40pm BREAK BREAK

4:00pm

4:20pm AS+BI+CA+LS+SS-TuA-7 Overview of JVST A Collection of Guides and INVITED: SM+BI-TuA-7 Designing Competent 3D Human Tissues in Vitro Best Practices for XPS, Don Baer, Pacific Northwest National Laboratory; K. for Reliable Organ-on-Chip Devices, Paolo Antonio Netti, University of Naples Artyushkova, Physical Electronics USA; C. Easton, CSIRO Manufacturing, ; Federico II, Italy M. Engelhard, Pacific Northwest National Laboratory; G. McGuire, Adámas Nanotechnologies, Inc.,; A. Shard, National Physical Laboratory, U.K. 4:40pm AS+BI+CA+LS+SS-TuA-8 The Frequency with which the Elements are Researched and their X-ray Photoelectron Spectroscopy (XPS) Narrow Scans are Shown in the Scientific Literature, G. Major, G. Pinto, V. , Brigham Young University; C. Easton, T. Gengenbach, CSIRO Materials Science and Engineering, Australia; W. Skinner, Future Industries Institute, University of South Australia, Australia; D. Baer, Pacific Northwest National Laboratory; T. Nunney, Thermo Fisher Scientific, UK; Matthew Linford, Brigham Young University 5:00pm INVITED: AS+BI+CA+LS+SS-TuA-9 Hardware and Data Analysis Methods for Integrating TEM and Atom Probe Tomography, Brian Gorman, E. Supple, G. , Colorado School of Mines

5:20pm

5:40pm AS+BI+CA+LS+SS-TuA-11 Absolute Energy Referencing in XPS: Can It Be Established and What Does It Mean?, Hagai Cohen, Weizmann Institute, Israel

6:00pm

Tuesday Afternoon, October 26, 2021 31 2:20 PM Tuesday Afternoon, October 26, 2021

Nanoscale Science and Technology Division Biomaterial Interfaces Division Room 209F W - Session NS+AP+BI+MI+SM-TuA Room 210 W - Session BI-TuA Nanofabrication and Nanoelectronic Devices Bioanalytics and Diagnostics for SARS-CoV-2 and Other Moderators: Health Concerns & Flash Presentations Oleg Gang, Columbia University, USA, Moderators: Luke Hanley, University of Illinois at Chicago, USA, John Randall, Zyvex Labs, USA Sapun Parekh, University of Texas at Austin, USA 2:20pm INVITED: NS+AP+BI+MI+SM-TuA-1 Nanoelectronic Devices and BI-TuA-1 Optimizing Liquid Nets for Bioaerosol Surface Capture and Architectures for Energy-Efficient Computing, An Chen, IBM Almaden Release, Daniel Regan, C. Howell, University of Maine Research Center

2:40pm BI-TuA-2 Physical Virology of SARS-CoV-2 Uptake and Adhesion, S. Kumar, University of Texas at Austin; A. Paul, University of Texas at Austin, Chalmers University of Technology, Sweden; N. Nehra, D. Wang, A. Nisar, Sapun H. Parekh, University of Texas at Austin

3:00pm NS+AP+BI+MI+SM-TuA-3 Room Temperature Spin Transport in Cd3As2, BI-TuA-3 Biofunctionalization of Two-Dimensional MoS2 Transducers for Gregory Stephen, A. Hanbicki, Laboratory for Physical Sciences; T. Schumann, Electronic Multiplex Sars-Cov-2 and Influenza a Antigen Sensors, University of California at Santa Barbara; J. Robinson, Naval Research Laboratory; Christopher Muratore, University of Dayton; M. Muratore, m-nanotech LLC; N. M. Goyal, University of California at Santa Barbara; S. Stemmer, University of Glavin, US Air Force Research Laboratory California Santa Barbara; A. Friedman, Laboratory for Physical Sciences

3:20pm NS+AP+BI+MI+SM-TuA-4 Selective Work Function Metal Etch Enabling BI-TuA-4 Electrochemical Activation of CNT-coated Carbon Fiber Multi-Vt Patterning for High Performance Stacked Nanosheet Devices, Microelectrodes for Serotonin Sensing, Jinjing Han, S. Botasini, A. Chapin, R. Curtis Durfee, IBM Research; S. Kal, TEL; M. Bhuiyan, S. Pancharatnam, IBM Ghodssi, University of Maryland, College Park Research; M. Flaugh, I. Otto, TEL; H. Zhou, M. Belyansky, IBM Research; A. Mosden, TEL; N. Loubet, L. Meli, IBM Research; P. Biolsi, TEL; B. Haran, IBM Research 3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: NS+AP+BI+MI+SM-TuA-7 Programming Assembly of 3D INVITED: BI-TuA-7 BID 2020-2021 Early Career Awardee Talk: Molecular- Nanoscale Systems, Oleg Gang, Columbia University Level Insights Into Novel Wet Adhesion Systems Found in the Natural World, Joe Baio1, Oregon State University

4:40pm

5:00pm NS+AP+BI+MI+SM-TuA-9 Cooperative Effects in DNA Nanofabrication, J. BI-TuA-9 High Throughput Discovery of Novel Antiviral Polymers for Majikes, P. Patrone, A. Kearsley, National Institute of Standard and Technology; M. Reducing SARS-CoV-2 Surface Transmission and Improving PPE, Xuan Xue, Zwolak, National Institute of Science and Technology; J. Alexander Liddle, National J. Duncan, C. Coleman, J. Ball, C. Alexander, M. Alexander, University of Institute of Standard and Technology Nottingham, UK

5:20pm INVITED: NS+AP+BI+MI+SM-TuA-10 Digital Atomic Scale Fabrication Applied to Integrated Solid State Quantum Devices, John Randall, J. Owen, E. Fuchs, R. Saini, R. Santini, W. Owen, M. Haq, J. Von Ehr, Zyvex Labs; S. Moheimani, University of Texas at Dallas

5:40pm

6:00pm

1 BID 2020-2021 Early Career Researchers Award Tuesday Afternoon, October 26, 2021 32 2:20 PM Tuesday Afternoon, October 26, 2021

Room 211 W 2:20pm INVITED: PS1-TuA-1 2019 Plasma Prize Invited Talk: What We Still Don't Know Plasma Science and Technology Division About Plasmas in Simple Diatomic - or How to Use a DC Plasma in Pure O2 Session PS1-TuA as Ideal Test-Bed for Experimental Validation of Simulations, Jean-Paul Booth1, LPP-CNRS, Ecole Polytechnique, France Plasma Prize Lectures Moderators: Sebastian Engelmann, IBM T.J. Watson Research Center, 2:40pm USA, Scott Walton, Naval Research Laboratory, USA

3:00pm INVITED: PS1-TuA-3 2020 Plasma Prize Invited Talk: Optimizing Plasma Processes to Lower Environmental Impact through Understanding Fundamental Plasma Kinetics and Energetics, Ellen R Fisher1, Colorado State University, USA

3:20pm

3:40pm BREAK

4:00pm

4:20pm INVITED: PS2-TuA-7 Going Mobile: Design, Optimization, and Scaleup of Plasma Plasma Science and Technology Division Reactors for Treatment of Pfas-Containing Ion Exchange Brine, Selma Mededovic Session PS2-TuA Thagard, Clarkson University Plasma Treatments and Processes for the Environment, Ecology and Biology Moderators: 4:40pm Scott Walton, Naval Research Laboratory, USA, Michael Gordon, University of California at Santa Barbara, USA

5:00pm INVITED: PS2-TuA-9 Virtual Presentation: Recent Advances in Plasma Processing for the Creation of Tunable Biofunctional Surfaces and Interfaces, Marcela Bilek, B. Akhavan, C. Tran, R. Walia, E. Kosobrodova, University of Sydney, Australia; A. Kondyurin, university of Sydney, Australia; C. Lotz, G. Yeo, University of Sydney, Australia

5:20pm

5:40pm INVITED: PS2-TuA-11 Co2 Conversion in Microwave Plasma: Can We Bring It to an Industrial Scale?, Floran Peeters, Dutch Institute for Fundamental Energy Research, Netherlands

6:00pm

1 PSTD Plasma Prize Winner Tuesday Afternoon, October 26, 2021 33 2:20 PM Tuesday Evening, October 26, 2021

2D Materials BI-TuP-6 Giant Polymer Brushes: How Fluid-Like Hyaluronan Brushes Room Ballroom BC - Session 2D-TuP Minimize Biofilm Adhesion, Zoe Landers, Clark Atlanta University 2D Materials Poster Session 6:30pm Spectroscopic Ellipsometry Focus Topic Room Ballroom BC - Session EL-TuP 2D-TuP-1 Microscopy with Momentum and Imaging Spin-Filter (Au/Ir) on 2D Materials, Marten Patt, M. Escher, N. Weber, T. Kuehn, M. Merkel, FOCUS GmbH, Spectroscopic Ellipsometry Poster Session Germany 6:30pm 2D-TuP-2 Two-Dimensional High-Entropy Transition Metal Dichalcogenide EL-TuP-1 Do We Really Understand Coherence and Transport in Polaritonic Alloys, ADITYA DESHPANDE, University of California Los Angeles; C. Ratsch, Institute for Systems? Exemplary Findings and Thoughts for the Material ZnO, Rüdiger Pure and Applied Mathematics, UCLA; C. Ciobanu, Colorado School of Mines, USA; S. Schmidt-Grund, Ilmenau University of Technology, Germany; T. Michalsky, O. Herrfurth, Kodambaka, University of California Los Angeles University of Leipzig, Germany

2D-TuP-3 XPS Metrology of Graphene Flake Thickness, J. Counsell, C. Blomfield, EL-TuP-2 Brillouin Zone Center Phonon Modes in ZnGa2O4, Megan Stokey, R. S. Coultas, N. Gerrard, Kratos Analytical Limited, UK; Chris Moffitt, Kratos Analytical Inc.; Korlacki, S. Knight, M. Hilfiker, University of Nebraska - Lincoln; Z. Galazka, K. Irmscher, N. Clarke, University of Manchester, UK Leibniz-Institut fur Kristallzuchtung, Germany; V. Darakchieva, Linköping University, Sweden; M. Schubert, University of Nebraska - Lincoln 2D-TuP-4 Non-Enzymatic Electrochemical Sensing of H2O2 Based on 2d Tellurene, Netanya Dennis, F. Yan, M. Garcia , B. Chitara, North Carolina EL-TuP-3 Mechanical Tuning of the Terahertz Photonic Bandgap of One- Central University Dimensional Photonic Crystals Fabricated by Stereolithography, B. Norton, Serang Park, G. Boreman, T. Hofmann, University of North Carolina at Charlotte Atomic Scale Processing Focus Topic EL-TuP-4 Tof-Sims Analysis of Impact of UV Exposure on Cellphone Screen Room Ballroom BC - Session AP-TuP Protectors, Sachin Attavar, A. Ginwalla, EAG Laboratories Atomic Scale Processing Poster Session EL-TuP-5 Optical Constants of CaF2 at 300 K From 0.03 to 6.5 eV, Jaden Love, N. 6:30pm Samarasingha, C. Armenta, S. Zollner, New Mexico State University; H. Kim, National Institute of Aerospace (NIA) AP-TuP-1 Area Selective Deposition Studied Using Grazing Incidence Small Angle X-Ray Scattering, Jeffrey Woodward, ASEE Post-Doctoral Fellow residing at US EL-TuP-6 Temperature Dependence of the Direct Band Gap of InSb From 80 Naval Research Laboratory; K. Ludwig, Physics Department, Boston University; C. Eddy, to 800 K, Melissa Rivero Arias, N. Samarasingha, C. Emminger, S. Zollner, New Mexico US Naval Research Laboratory State University AP-TuP-2 First-Principles Based Investigation of Low Energy Ion EL-TuP-7 Optical and X-ray Characterization of Ge-Sn Alloys on GaAs Arown Bombardment on Ch3F-Covered Silicon Nitride Surfaces, Erik Cheng, G. Hwang, by CVD, Haley Woolf, C. Emminger, C. Armenta, S. Zollner, New Mexico State University; University of Texas at Austin; P. Ventzek, A. Ranjan, Tokyo Electron America Inc., M. Kim, QuantTera AP-TuP-3 Aluminum Oxide ALD Oxidant Study Comparing Film and Growth Electronic Materials and Photonics Division Characteristics for H2O2, H2O2/H2O Blends, H2O and O3, Daniel Alvarez, C. Ramos, RASIRC; K. Andachi, G. Tsuchibuchi, K. Suzuki, Taiyo Nippon Sanso Corporation, Japan; J. Room Ballroom BC - Session EM-TuP Spiegelman, RASIRC Electronic Materials and Photonics Poster Session AP-TuP-4 AES Analysis of Area Selective Deposition Selectivity Loss in Atomic 6:30pm Layer Deposition/Atomic Layer Etching Supercycles, Ashley Ellsworth, D. Paul, Physical Electronics USA; S. Song, G. Parsons, North Carolina State University EM-TuP-1 Room Temperature Sputtering and Laser Annealing of Ultra-Thin Transition-Metal Dichalcogenides, Branden Gellerup, University of North Texas AP-TuP-5 Plasma Enhanced Atomic Layer Deposition of Molybdenum Carbonitride Films, Ian Campbell, T. Walter, A. Molina, A. Agyapong, S. Mohney, The EM-TuP-2 Area-Selective Deposition/Patterning of Carbide Layers with Pennsylvania State University Atomic Layer Deposition, Raja Sekhar Bale, R. Thapa, L. Dorsett, S. Wagner, A. Caruso, Department of Physics and Astronomy, University of Missouri- Kansas City; J. AP-TuP-6 Experimental Study of Metal-Oxides Etch Selectivity, H. Razavi, Bielefeld, S. King, Intel Corporation; M. Paquette, Department of Physics and Astronomy, University of California at Los Angeles; M. Shen, J. Hoang, T. Lill, Lam Research University of Missouri- Kansas City Corporation; Jane P. Chang, University of California at Los Angeles EM-TuP-3 Epitaxial Growth of Donor and Acceptor Doped β-Ga2O3 by AP-TuP-7 Thermal Atomic Layer Etching of Cobalt with Sequential Magnetron Sputter Deposition, Adetayo Adedeji, Elizabeth City State University; J. Chlorination and Ligand Volatilization, Yongjae Kim, H. Kang, H. Lee, H. Ha, H. Chae, Lawson, A. Reed, S. Pacley, J. Merrett, Air Force Research Lab Sungkyunkwan University, Korea (Republic of) EM-TuP-4 Optimized Deposition Conditions of Silicon Rich Nitride Obtained Biomaterial Interfaces Division by Lpcvd to Achieve Down-Conversion Effect as Uv Absorption Coating on Solar Cells, Francisco Uribe-González, K. Monfil, M. Domínguez, Research Center of Room Ballroom BC - Session BI-TuP Semiconductor Devices, Meritorious University Autonomous of Puebla, Mexico; M. Biomaterial Interfaces Poster & Flash Session Moreno, National Institute of Astrophysics, Optics and Electronics, Mexico; A. Muñoz, Electronics Faculty. Meritorious University Autonomous of Puebla, Mexico; J. Hernández, 6:30pm A. Salazar, Research Center of Semiconductor Devices, Meritorious University Autonomous of Puebla, Mexico BI-TuP-1 Analysis of Intact Proteins in the 3d Orbisims, Anna Kotowska, G.

Trindade, P. Williams, J. Aylott, University of Nottingham, UK; A. Shard, National Physical EM-TuP-5 Enhanced Luminescence of SioX /Sio2 Multilayers Structures Laboratory (NPL), UK; M. Alexander, D. Scurr, University of Nottingham, UK Obtained by Sputtering Technique, Alma Lizet Valdez, K. Monfil, Research Center BI-TuP-2 Grafting-to of Biomimetic Bottlebrush Polymer, L. Navarro, D. French, of Semiconductor Devices, Mexico; A. Morales, bNational Institute of Astrophysics, T. Shah, Stefan Zauscher, Duke University Optics and Electronics, Mexico; F. Morales, Center investigated of optics A.C, Mexico; F. Uribe, J. Luna, Z. Hernández, Research Center of Semiconductor Devices, Mexico; A. BI-TuP-3 Correlative XPS-AES Analysis of Surface-Treated Nitinol, Benjamin Muñoz, Electronics Faculty. Meritorious University Autonomous of Puebla, Mexico Schmidt, L. Swartz, D. Paul, J. Newman, K. Artyushkova, J. Mann, Physical Electronics, Inc. Leaders in Energy and the Environment Focus Topic BI-TuP-4 Polymeric Thin Films Designed to Direct Pseudomonas aeruginosa Room Ballroom BC - Session LD-TuP Iron Scavenging, Biofilm Growth, and Pathogenicity, Trevor Donadt, Y. Wu, J. Leaders in Energy and the Environment Poster Session Lang, S. Li, R. Yang, Cornell University 6:30pm BI-TuP-5 Immiscible Liquid-Coated Filters Resist Biofouling, Justin Hardcastle, D. Regan, C. Fong, University of Maine; R. Shah, S. Hung, A. Cihanoglu, J. Schiffman, LD-TuP-1 Modern Devices from Old Materials - Selenium and Selenium- University of Massachusetts Amherst; C. Howell, University of Maine Tellurium Alloys Thin Film Solar Cells, Ido Hadar, The Hebrew University of Jerusalem, Israel; T. Song, W. Ke, X. Hu, Z. Luo, V. P. Dravid, M. Kanatzidis, Northwestern University Tuesday Evening, October 26, 2021 34 6:30 PM Tuesday Evening, October 26, 2021

LD-TuP-4 Electrochemical Performance of CaFe2O4 Synthesized at Multiple SM-TuP-3 Anti-Microbial Nanoplatforms Based on Peptide-Functionalized Fuel-to-Oxidizer Ratios, Jacob Strimaitis, S. Danquah, C. Denize, C. Bonner, S. Graphene Nanosheets and Plasmonic Nanoparticles, Lorenzo Riela, L. Cucci, V. Pradhan, M. Bahoura, Norfolk State University Sanfilippo, C. Bonaccorso, S. Petralia, A. Fraix, University of Catania, Italy; O. Iranzo, 3Aix- Marseille Université, CNRS, France; C. Bittencourt, R. Snyders, University of Mons, Belgium; V. Notarstefano, E. Giorgini, Polytechnic University of Marche, Italy; C. Satriano, New Trends in Structural Electronic Characterization of University of Catania, Italy Materials, Interfaces, and Surfaces Using Synchrotron and FEL Based Light Sources Focus Topic Surface Science Division Room Ballroom BC - Session LS-TuP Room Ballroom BC - Session SS+HC-TuP New Trends in Structural Electronic Characterization of Surface Science Division Poster Session Materials, Interfaces, and Surfaces Using Synchrotron and 6:30pm FEL Based Radiation Sources Poster Session SS+HC-TuP-1 An Optimized IRAS Setup to Investigate Adsorbates on Metal- 6:30pm Oxide Single Crystals, David Rath, J. Pavelec, G. Parkinson, M. Schmid, U. Diebold, TU Wien, Austria LS-TuP-1 Species-Specific Mapping of Uranium Oxides in Spent Nuclear Fuel Focused Ion Beam Sections by Oxygen K-Edge Spectromicrosocopy, Alexander SS+HC-TuP-2 Selective Catalytic Chemistry at Rhodium (II) Nodes in Bimetallic Ditter, D. Smiles, Lawrence Berkeley Lab, University of California, Berkeley; J. Harp, Idaho Metal–Organic Frameworks, Deependra Shakya, D. Chen, O. Ejegbavwo, N. National Laboratory; D. Lussier, University of California at Berkeley; M. Mara, Shustova, University of South Carolina; K. Vogiatzis, University of Tennessee Knoxville; Northwestern University; L. He, Idaho National Laboratory; C. Degueldre, Lancaster A. Frenkel, Stony Brook University/Brookhaven National Laboratory; S. Senanayake, University, UK; M. Meyer, Idaho National Laboratory; D. Shuh, Lawrence Berkeley Lab, Brookhaven National Laboratory; A. Brandt, University of South Carolina; A. Ebrahim, University of California, Berkeley Stony Brook University/Brookhaven National Laboratory LS-TuP-2 Temperature-resolved Structural Characterization of Sucrose- SS+HC-TuP-3 The Roles of Subsurface Hydrogen and Adsorption of Water on Derived Hydrochar during Pyrolysis, Martin Wortmann, Bielefeld University, Ni(111), Maxwell Gillum, M. Turano, E. Jamka, D. Killelea, Loyola University Chicago Germany; W. Keil, Paderborn University, Germany; J. Biedinger, Bielefeld University, Germany; M. Westphal, Bielefeld University , Germany; G. Reiss, Bielefeld University, SS+HC-TuP-4 Factors Influencing Surface Carbon Contamination in Ambient- Germany; C. Schmidt, Paderborn University, Germany; K. Sattler, University of Hawaii; N. Pressure XPS, Nicolo Comini, Z. Novotny, J. Osterwalder, University of Zurich, Frese, Bielefeld University, Germany Switzerland

LS-TuP-3 Bulk-Sensitive Studies of Valence-Band Electronic Structure with SS+HC-TuP-5 UHV Growth and Characterization of Ga2O3 on Cu2O (111), Mert Laboratory-Based Hard X-ray Angle-Resolved Photoelectron Spectroscopy, Taskin, T. Kälin, C. Hanisch, J. Osterwalder, University of Zurich, Switzerland Joseph Grassi, A. Arab, J. Paudel, R. Sah, W. Yang, R. Chandrasena, Temple University; K. Kobayashi, Japan Atomic Energy Agency, Japan; A. Gray, Temple University SS+HC-TuP-6 Study of the Nearly-Grazing-Incidence-High-Temperature Sputtered Ruthenium(0001) Surface, S. Sarkar, S. Barman, M. Balal, Sudipta Roy LS-TuP-4 Active Sites of Te in Hyperdoped Si by Hard X-ray Photoelectron Barman, UGC-DAE Consortium for Scientific Research, India Kikuchi-Diffraction, M. Hoesch, Deutsches Elektronen Synchrotron (DESY), Germany; M. Wang, Helmholz Zentrum Dresden-Rossendorf, Germany; O. Fedchenko, University SS+HC-TuP-7 Reactions of Boron-containing with H- and Cl- Mainz, Germany; C. Schlüter, A. Ciobanu, Deutsches Elektronen Synchrotron (DESY), terminated Si(100), Dhamelyz Silva Quinones, A. Teplyakov, University of Delaware; Germany; K. Medjanik, S. Babenkov, University Mainz, Germany; A. Winkelmann, R. Butera, Laboratory for Physical Sciences; G. Wang, Sandia National Laboratories Academic Centre for Materials and Nanotechnology, AGH University of Science and Technology, Krakow, ; H. Elmers, University Mainz, Germany; S. Zhou, Helmholtz SS+HC-TuP-8 Chemistry of Deposition Precursors for Area-Selective Zentrum Dresden-Rossendorf, Germany; G. Schönhense, University Mainz, Germany; Deposition on Functionalized Silicon, Tyler Parke, D. Silva-Quinones, University of Sergii Chernov, Stony Brook University Delaware; G. Wang, Sandia National Laboratories, USA; A. Teplyakov, University of Delaware LS-TuP-7 Charge Carrier Screening in Photoexcited Epitaxial Semiconductor Nanorods Revealed by Transient X-Ray Absorption Linear Dichroism, T. Rossi, SS+HC-TuP-9 Thermal Atomic Layer Etching of CoFeB Alloy Thin Films Using Conner Dykstra, University of Illinois at Urbana-Champaign, USA Chlorine and Acetylacetone (acacH), Mahsa Konh, A. Teplyakov, University of Delaware Manufacturing Science and Technology Group SS+HC-TuP-10 C-H Bond Dissociation of Methane on Rh(111): Remarkable Room Ballroom BC - Session MS-TuP Activity of Step Sites, Xingyu Wang, I. Harrison, University of Virginia Manufacturing Science and Technology Poster Session SS+HC-TuP-11 In Situ Characterization of CuRhBTC Metal-Organic Framework 6:30pm Catalysts for Propylene Hydrogenation Reactions, Julian Stetzler, A. Mathur, University of South Carolina; J. Jimenez, Brookhaven National Laboratory; K. MS-TuP-1 Atomic-Precision Position Error Correction for Dopant-Array Metavarayuth, University of South Carolina; S. Senanayake, Brookhaven National Quantum Devices, James Owen, E. Fuchs, M. Haq, J. Randall, Zyvex Labs Laboratory; G. McCarver, K. Vogiatzis, University of Tennessee Knoxville; N. Shustova, D. Chen, University of South Carolina MS-TuP-2 Machine Learning and Simulation Assistant Technology to Facilitate 3d Memory Analysis of Cross Section Sem Images, Matthew Bryan, J. SS+HC-TuP-12 Electron Stimulated Desorption from Ethane Condensed on Foucher, POLLEN Metrology, France Rare Gas Surfaces, Sramana Kundu, M. Schaible, T. Orlando, Georgia Institute of Technology, USA Smart Multifunctional Materials for Nanomedicine Focus SS+HC-TuP-13 RRKM Treatment of HCl Dissociative on Topic Au(111): Reactive Dampening through Inefficient Translational Coupling and Room Ballroom BC - Session SM-TuP an Active Surface, Mark , I. Harrison, University of Virginia Smart Multifunctional Materials for Nanomedicine Poster SS+HC-TuP-14 Excited State Relaxation Dynamics in HOPG Using Pump-Probe Session Momentum Microscopy in the Perturbative Limit, Sergii Chernov, J. Bakalis, A. 6:30pm Kunin, C. Corder, P. Zhao, Stony Brook University; M. White, Brookhaven National Laboratory; G. Schönhense, Johannes Gutenberg-Universität Mainz, Germany; T. Allison, SM-TuP-2 Hybrid Nanocomposites of Plasma-Activated Hyaluronic Acid and Stony Brook University Gold Nanoparticles for Targeted Tumour Cell Therapy and Antibacterial Applications, Vanessa Sanfilippo, L. Cucci, V. Caruso, University of Catania, Italy; R. Inturri, L. Messina, S. Vaccaro, Fidia Farmaceutici S.p.A., Italy; T. Fontaine, A. Demaude, F. Reniers, Université libre de Bruxelles, Belgium; C. Satriano, University of Catania, Italy

Tuesday Evening, October 26, 2021 35 6:30 PM Tuesday Evening, October 26, 2021 Thin Films Division VT-TuP-3 Cost Description and Characterisation of Gases used in immiscible Room Ballroom BC - Session TF-TuP gas Enhanced Oil Recovery processes (IGEOR), Ofasa Abunumah, P. Ogunlude, E. Gobina, The Robert Gordon University, UK Thin Film Poster Session 6:30pm VT-TuP-4 Preparation and Transfer of Air- and Temperature-Sensitive Samples Under Extremely Well Controlled Environmental Conditions, Andreas TF-TuP-1 Overcoming Beam Damage Effects to Enable Characterization of the Spielhofer, C. Weiss, D. von Gunten, U. Maier, Ferrovac, Switzerland Atomic Structure of Amorphous Thin Films at High Spatial Resolution Within VT-TuP-5 Stainless-steel Encapsulated Thermal Levelers, Sudarshan Natarajan, a TEM, A. Jasim, N. Paranamana, Q. Wyatt, R. Gettler, D. Sivils, X. He, T. White, Y. Xing, D. Sabens, A. Murugaiah, Momentive Technologies Matthias Young, University of Missouri-Columbia TF-TuP-2 Electron Microscopy Investigation of AlOx - PMMA Hybrids Created through Vapor Phase Infiltration, Emily McGuinness, X. Wang, M. Tian, J. Karcher, M. Losego, Georgia Institute of Technology, USA TF-TuP-3 Polarization Sensitive Characterization of 2D Metasurfaces Fabricated by Direct Laser Writing, Micheal McLamb, University of North Carolina at Charlotte; Y. Li, University of Chicago; P. Stinson, S. Park, G. Boreman, T. Hofmann, University of North Carolina at Charlotte TF-TuP-4 Ultra-thin Films by CVD: Modeling the Coalescence and Roughness as a Function of the Nucleation and Growth Rates, D. LaFollette, Kinsey , Z. Zhang, J. Abelson, University of Illinois at Urbana-Champaign TF-TuP-5 Study the Structural, Optical, Electro-Thermal Properties of Oxygen Dependent Growth Ga Doped ZnO Thin Films for Transparent Heater Applications, Jasmine Beckford, M. Behera, S. Pradhan, M. Bahoura, Norfolk State University TF-TuP-6 Modification of Mesoporous Thin Films by Atomic Layer Deposition for the Fabrications of Electrocatalysts for Oxygen Evolution Reaction, M. Raza, Humboldt University Berlin, Germany; M. Frish, R. Kraehnert, Technical University of Berlin, Germany; Nicola Pinna, Humboldt University Berlin, Germany

TF-TuP-7 Combinatorial CuXNi1-X Thin Film Catalysts for Layer Number Control in CVD Grown Graphene, Sumeer Khanna, University of Tennessee Knoxville; M. Stanford , I. Vlassiouk , General Graphene Corporation; P. Rack, University of Tennessee, Oak Ridge National Laboratory

TF-TuP-8 Sliding Properties of a-C:H Coated CFRP on a Metallic Surface, Akira Chikamoto, Meijo University Graduate School, Japan; P. Abraha, Meijo University, Japan TF-TuP-9 Analysis and Testing of Nanocrystalline Diamond Thin Film Failure During H- Stripping, Leo Saturday, University of Tennessee Knoxville; L. Wilson, C. Luck, J. Fowlkes, Oak Ridge National Laboratory; P. Rack, University of Tennessee Knoxville; N. , Oak Ridge National Laboratory

TF-TuP-10 Formation of Conformal Ge2Sb2Te5 Film by ALD and Tellurization of Ge-Sb Film for Three-Dimensional Phase-Change Random-Access Memory Applications, Kwonyoung Kim, Y. Kim, O. Kim, W. Lee, Sejong University, Korea (Republic of) TF-TuP-11 Structural and Magnetic Properties of NCuZn Ferrite Films Prepared by Sputtering, Roni Paul, J. Abu-Qahouq, S. Kotru, The University of Alabama TF-TuP-12 Titanium Nitride Nanocrystals With a Silicon Oxynitride Shell as Refractory Plasmonic Material for High Temperature Applications, Carla Berrospe Rodriguez, A. Alvarez Barragan, G. Nava, S. Exarhos, L. Mangolini, University of California - Riverside TF-TuP-13 Thermal Atomic Layer Deposition of Nanometer-Thick Silicon Nitride Using Anhydrous Hydrazine, Dan N. Le, S. Hwang, A. Gummadavelly, J. Mohan, Y. Jung, University of Texas at Dallas; D. Alvarez, J. Spiegelman, RASIRC; J. Kim, University of Texas at Dallas

TF-TuP-14 Study and evaluation of a MASnI3 Perovskite/CZTS solar cell using Numerical Simulation (SCAPS-1D), Ana Cecilia Piñon Reyes, BUAP, Mexico

Vacuum Technology Division Room Ballroom BC - Session VT-TuP Vacuum Technology Poster Session 6:30pm VT-TuP-1 Progress Towards Comparison of Quantum and Classical Vacuum Standards, Daniel Barker, N. Klimov, E. Tiesinga, J. Fedchak, J. Scherschligt, S. Eckel, National Institute of Standards and Technology (NIST) VT-TuP-2 Gas Transmission Rate of Elastomer Seal With a Divided Back-Up Ring Seal, Masaharu Miki, Y. Miki, EM Technical Lab Inc., Japan

Tuesday Evening, October 26, 2021 36 6:30 PM Wednesday Morning, October 27, 2021 2D Materials Actinides and Rare Earths Focus Topic Room 206A W - Session 2D+AP+EM+NS+PS+SS+TF-WeM Room 209DE W - Session AC+AS-WeM Growth and Properties of 2D Materials Chemistry and Physics of the Actinides and Rare Earths Moderators: Moderators: Matthias Batzill, University of South Florida, USA, John Newberg, Los Alamos National Laboratory, USA, Evgeniya Kinga Lasek, University of South Florida, USA Tereshina-Chitrova, Charles Univ., Prague, Czech Republic 8:00am INVITED: AC+AS-WeM-1 Sulfur Containing Ligands for Separations: How Do They Work?, Jenifer Shafer, Colorado School of Mines

8:20am 2D+AP+EM+NS+PS+SS+TF-WeM-2 Transition Metal -Silicates at the 2-D Limit, Nassar Doudin, K. Saritas, S. Ismail-Beigi, E. Altman, Yale University

8:40am 2D+AP+EM+NS+PS+SS+TF-WeM-3 Formation, Structure and Properties INVITED: AC+AS-WeM-3 Identifying Structural Features That Result in of 2D Silica and Transition Metal Silicates on Gold, N. Doudin, K. Saritas, S. Activation and Coupling of Vibrational Modes in Actinyl Materials, Tori Ismail-Beigi, Eric Altman, Yale University Forbes, University of Iowa

9:00am 2D+AP+EM+NS+PS+SS+TF-WeM-4 Thermally Induced Complex Reactions Pathways between Ws2 and Au-Ti Substrates, A. Costine , University of Virginia, USA; J. Fonseca Vega, J. Robinson, C. Cress, Naval Research Laboratory, USA; Petra Reinke, University of Virginia, USA

9:20am INVITED: 2D+AP+EM+NS+PS+SS+TF-WeM-5 Acoustic Phonons of INVITED: AC+AS-WeM-5 Thermodynamics of Small Molecule Reactions Chemically Tunable 2D Layered Oxides, Kristie Koski, UC Davis at Uranium Surfaces, Roland Schulze, Los Alamos National Laboratory

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: 2D+AP+EM+NS+PS+SS+TF-WeM-10 Modeling the Growth of AC+AS-WeM-10 Temperature Enhancement Due to Alloying of 2D Crystals: Analytical, Phase-Field and Machine Learning Methods, UH3, Ladislav Havela, V. Buturlim, O. Koloskova, Charles University, Prague, Czech Vivek Shenoy, University of Pennsylvania Republic; L. Kyvala, D. Legut, IT4Innovations Center, VSB-Technical University of Ostrava, Czech Republic

11:20am AC+AS-WeM-11 Experimental and Theoretical Surface Studies of Plutonium using Time-of-Flight Secondary Ion Mass Spectroscopy and Density Functional Theory, Sarah Hernandez, R. Sykes, T. Venhaus, Los Alamos National Laboratory

11:40am 2D+AP+EM+NS+PS+SS+TF-WeM-12 Synthesis of Self-Intercalated AC+AS-WeM-12 Electronic Structure and Spectroscopy of UH3 from the Transition Metal Chalcogenides by MBE, P. Coelho, K. Lasek, Matthias Batzill, LDA+DMFT Perspective, B. Chatterjee, Jindrich Kolorenc, Institute of Physics, University of South Florida Czech Academy of Sciences, Prague, Czechia

12:00pm 2D+AP+EM+NS+PS+SS+TF-WeM-13 Designing Transition Metal AC+AS-WeM-13 Observation of 5f Intermediate Coupling in Uranium X- Dichalcogenide Alloys for Photonic Integrated Circuit Applications, Yifei ray Emission Spectroscopy, James Tobin, University of Wisconsin Oshkosh; S. Li, R. Jaramillo, Massachusetts Institute of Technology Nowak, SLAC National Accelerator Laboratory; S. Yu, Lawrence Livermore National Lab; R. Alonso-Mori, T. Kroll, D. Nordlund, T. Weng, SLAC National Accelerator Laboratory; D. Sokaras, SLAC National Accelerator Laboratory, United States Minor Outlying Islands (the)

Wednesday Morning, October 27, 2021 37 8:00 AM Wednesday Morning, October 27, 2021

Atomic Scale Processing Focus Topic Applied Surface Science Division Room 206B W - Session AP+PS+TF-WeM Room 209C W - Session AS+AC+BI+CA-WeM Thermal Atomic Layer Etching Analysis of Complex Systems with SIMS Moderators: Erwin Kessels, Eindhoven University of Technology, Moderators: Jordan Lerach, PPG Industries, USA, the Netherlands, Thorsten Lill, Lam Research Corporation, USA Alan Spool, Western Digital Corporation, USA 8:00am INVITED: AP+PS+TF-WeM-1 Thermal Atomic Layer Etching - An Emerging and Enabling Etching Technology, Andreas Fischer, A. Routzahn, R. Gasvoda, P. Lemaire, J. Sims, T. Lill, Lam Research Corporation

8:20am AS+AC+BI+CA-WeM-2 Spatially Resolved Molecular Compositions and Formation Mechanisms of Insoluble Engine Deposits Uncovered Using 3D OrbiSIMS, Max Edney, University of Nottingham, UK; E. Wilmot, J. Reid, J. Barker, Innospec Ltd., UK; M. Alexander, C. Snape, D. Scurr, University of Nottingham, UK 8:40am AP+PS+TF-WeM-3 Thermal Atomic Layer Etching of and Cobalt AS+AC+BI+CA-WeM-3 Direct Analysis of Ion-Induced Peptide Using SO2Cl2 and P(CH3)3, Jessica Murdzek, S. George, University of Colorado at Fragmentation in Secondary-Ion Mass Spectrometry, P. Schneider, F. Boulder Verloh, A. Portz, Justus Liebig University Giessen, Germany; S. Aoyagi, Seikei University, Japan; M. Rohnke, Michael Dürr, Justus Liebig University Giessen, Germany 9:00am AP+PS+TF-WeM-4 Mechanism of Thermal Dry Etching of Metallic Iron AS+AC+BI+CA-WeM-4 Laser Desorption Postionization vs. Secondary Ion Thin Films Using Chlorine and Acetylacetone (acacH), Mahsa Konh, A. Mass Spectrometry for Imaging of Organic Biomarkers in Geological Teplyakov, University of Delaware Sample, R. Wickramasinghe, M. Pasterski, University of Illinois at Chicago; A. Ievlev, M. Lorenz, Oak Ridge National Laboratory; I. Veryovkin, F. Kenig, Luke Hanley, University of Illinois at Chicago 9:20am AP+PS+TF-WeM-5 Ligand-Exchange Reactions Using Silane Precursors INVITED: AS+AC+BI+CA-WeM-5 ASSD 2020 Peter M.A. Sherwood Mid- Containing Different Ligands: Pathways for Selective Thermal Atomic Career Professional Award Talk: Innovations in Biological, Nanoscale, Layer Etching, Ann Lii-Rosales, V. Johnson, A. Cavanagh, S. Sharma, S. George, and Nuclear Materials Analysis with SIMS, Christopher Szakal, National University of Colorado Boulder Institue of Standards and Technology

9:40am AP+PS+TF-WeM-6 Thermal Atomic Layer Etching of Al2O3 and Aln Using Hf or Xef2 for Fluorination and Bcl3 for Ligand-Exchange, Austin Cano, S. George, University of Colorado at Boulder

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am AP+PS+TF-WeM-10 Molecular Mechanisms of Thermal Atomic Layer INVITED: AS+AC+BI+CA-WeM-10 Towards Organic 3D Characterization: Etching of Cobalt, Iron, and their Alloys, Andrew Teplyakov, University of SIMS Analysis Using Ar Cluster , Birgit Hagenhoff, Tascon GmbH, Delaware Germany

11:20am AP+PS+TF-WeM-11 Mechanisms of Thermal Atomic Layer Etching (ALE) of Metal by β-diketones, Abdulrahman H. Basher, Center for Atomic and Molecular Technologies, Osaka University, Osaka, Japan; I. Hamada, Graduate School of Engineering, Osaka University, Osaka, Japan; M. Krstić, Institute of Nanotechnology, Karlsruhe Institute of Technology (KIT), Karlsruhe, Germany; T. Ito, K. Karahashi, Center for Atomic and Molecular Technologies, Osaka University, Osaka, Japan; W. Wenzel, Institute of Nanotechnology, Karlsruhe Institute of Technology (KIT), Karlsruhe, Germany; S. Hamaguchi, Center for Atomic and Molecular Technologies, Osaka University, Osaka, Japan 11:40am INVITED: AS+AC+BI+CA-WeM-12 Virtual Presentation: ASSD 2021 Peter M.A. Sherwood Mid-Career Professional Award Talk: Information from complexity - Making Sense of the Mess Created by ToF-SIMS, Daniel Graham1, University of Washington, Seattle; M. Taylor, Pacific Northwest National Laboratory; L. Gamble, University of Washington, Seattle 12:00pm

1 ASSD 2021 Peter M. A. Sherwood Mid-Career Professional Awardee Wednesday Morning, October 27, 2021 38 8:00 AM Wednesday Morning, October 27, 2021

Biomaterial Interfaces Division Electronic Materials and Photonics Division Room 210 W - Session BI+NS-WeM Room 207ABC W - Session EM+MI-WeM Biomaterials and Nanomaterials Fabrication Electronic and Photonic Materials and Devices for Moderators: Energy Conversion and Storage I Jordan Lerach, ImaBiotech Corp., USA, Moderator: Sapun Parekh, University of Texas at Austin, USA Jason Kawasaki, University of Wisconsin - Madison, USA 8:00am

8:20am BI+NS-WeM-2 Using Transferrable Graphene-Based Membranes for EM+MI-WeM-2 Pressure Increases Power Conversion Efficiency and Spatial and Temporal Control of Cell Cultures, Keith Whitener, D. Haridas, Interlayer Diffusion in Perovskite Solar Cells, D. Oyewole, J. Hinostroza- W. Lee, US Naval Research Laboratory; S. Yoseph, Howard University; C. So, J. Tamayo, Z. Mutton, O. Oyewole, W. Soboyejo, Nancy Burnham, Worcester Robinson, US Naval Research Laboratory Polytechnic Institute

8:40am BI+NS-WeM-3 Multi-Functional Nanotubes Constructed of Cyclic INVITED: EM+MI-WeM-3 Impact of Atomic Structure and Dynamics on Peptide Polymers, Kenan Fears, US Naval Research Laboratory Solar Cell Performance of Metal Halide Perovskite Thin Films, Joshua Choi, University of Virginia

9:00am BI+NS-WeM-4 Design and Synthesis of Multifunctional Nucleotide Analogue Delivery Vehicles to Combat Cancer, Y. Yang, S. Deshpande, A. Chilkoti, Stefan Zauscher, Duke University

9:20am INVITED: BI+NS-WeM-5 Emulsion-Templated Asymmetric Vesicles, Laura EM+MI-WeM-5 P-Type Semiconductor Cu2O Deposited via Atmospheric Arriaga, Universidad Autónoma de Madrid, Spain Pressure Spatial Atomic Layer Deposition: A Step Towards Low-Cost Photovoltaic Solar Harvesters, Abderrahime Sekkat, LMGP/IMEP-LaHC/SIMAP, France; D. Bellet, LMGP, France; A. Kaminski-Cachopo, IMEP-LaHC, France; G. Chichignoud, SIMAP, Grenoble-INP, CNRS, France; D. Muñoz-Rojas, LMGP, France 9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: BI+NS-WeM-10 Virtual Presentation: Ion-Assisted Plasma INVITED: EM+MI-WeM-10 Functional Oxide Materials for Silicon Polymerization: Surface Engineering of Biomimetic Interface, Behnam Photovoltaics, Kristopher Davis, University of Central Florida Akhavan, M. Bilek, The University of Sydney, Australia

11:20am

11:40am BI+NS-WeM-12 Cell Instructive Materials for Next Generation Medical EM+MI-WeM-12 Enhanced Absorption in an Ultrathin Multi-Junction Devices: Microtopography Opportunities, Morgan Alexander, The University Solar Cell Using Interstitial Light Trapping Nanophotonics, Erin Cleveland, of Nottingham, UK S. Tomasulo, K. Schmeidar, NRL; N. Ekins-Daukes, University of New South Wales, Australia

12:00pm BI+NS-WeM-13 Toward Custom Degradation of -Based Biomaterials: Tailoring the Surface Chemistry of Silk Fibroin via Plasma-Based Strategies, Morgan Hawker, California State University, Fresno

Wednesday Morning, October 27, 2021 39 8:00 AM Wednesday Morning, October 27, 2021

Fundamental Discoveries in Heterogeneous Catalysis New Trends in Structural Electronic Characterization of Focus Topic Materials, Interfaces, and Surfaces Using Synchrotron Room 209A W - Session HC+SS-WeM and FEL Based Light Sources Focus Topic Mechanisms and Reaction Pathways in Room 208 W - Session LS+CA+MI+SE+SS-WeM Heterogeneously-Catalyzed Reactions Microscopy and Imaging Techniques Exploiting Enhance Moderators: Coherence Properties and Time-Resolved Methods Volkan Cinar, Tufts University, USA, Moderators: Ana Diaz, Paul Scherrer Institut, Switzerland, Arthur Utz, Tufts University, USA Alex Gray, Temple University, USA 8:00am INVITED: HC+SS-WeM-1 Chirality Detection of Surface Desorption INVITED: LS+CA+MI+SE+SS-WeM-1 Non-Destructive Nanotomography Products using Photoelectron Circular Dichroism, J. Wega, Tim Schäfer, G. of Materials using X-Ray Ptychography, Ana Diaz, M. Guizar-Sicairos, M. Westphal, University Göttingen, Germany Holler, J. Ihli, K. Wakonig, M. Verezhak, Z. Gao, D. Karpov, A. Menzel, Paul Scherrer Institut, Switzerland

8:20am

8:40am HC+SS-WeM-3 Structure and Chemistry of Metal Surfaces at High INVITED: LS+CA+MI+SE+SS-WeM-3 Extending Time-Resolved X-Ray Oxygen Coverages, Dan Killelea, M. Turano, Loyola University Chicago; R. Diffraction using Coherence, Mark Sutton, McGill University, Canada Farber, The University of Chicago; L. Juurlink, Leiden University, Netherlands

9:00am HC+SS-WeM-4 Carbon Dissolution via Beam Reflectivity Measurements on Nickel Catalysts, Daniel Tinney, Tufts University; E. High, Rowland Institute at Harvard; E. Dombrowski, Commonwealth Fusion Systems; L. Joseph, A. Utz, Tufts University

9:20am INVITED: HC+SS-WeM-5 Designed Metal Release from Complex Metal INVITED: LS+CA+MI+SE+SS-WeM-5 My Adventures with Synchrotrons: Oxides, Sara Mason, University of Iowa From Discovering New Types of Magnetism to Helping NASA, Mikel Holcomb, West Virginia University, USA

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: HC+SS-WeM-10 Virtual Presentation: Influence of Water on C- LS+CA+MI+SE+SS-WeM-10 Surface Action Spectroscopy With Inert Gas O Hydrogenolysis Catalyzed by Ru/TiO2, D. Stuck, A. Mahdavi-Shakib, Messenger Atoms, Hans-Joachim Freund, Institute of the Max University of Maine; R. Austin, College; L. Grabow, University of Houston; Planck Society, Germany B. Frederick, Thomas J. Schwartz, University of Maine

11:20am LS+CA+MI+SE+SS-WeM-11 Role of Oxide at Interface between Organic Layer and Silicon Substrate in Hybrid Solar Cells, Robert Opila, A. Iyer, D. Angel, J. Hack, University of Delaware

11:40am HC+SS-WeM-12 Investigation of CO oxidation on Rh(111) with IRRAS, INVITED: LS+CA+MI+SE+SS-WeM-12 Virtual Presentation: Time- Elizabeth Jamka, D. Killelea, Loyola University Chicago Resolved Photoelectron Spectroscopy of Solar Cell Materials, Ute Cappel, KTH - Royal Institute of Technology, Sweden

12:00pm HC+SS-WeM-13 Study of the Effects of Co-Adsorbed Water on Acetic Acid Decomposition on Metal Surfaces, K. Chukwu, Hoan K.K. Nguyen, L. Arnadottir, Oregon State University

Wednesday Morning, October 27, 2021 40 8:00 AM Wednesday Morning, October 27, 2021

Nanoscale Science and Technology Division Plasma Science and Technology Division Room 209F W - Session NS+MI+QS+SS-WeM Room 211 W - Session PS+EM-WeM Emergent Properties of Surfaces: Optics, Wetting, and Advanced BEOL Processing Quantum Moderators: Moderators: Vidya Madhavan, University of Illinois, USA, Maxime Darnon, Université de Sherbrooke, Canada, Shahal Ilani, Weizmann Institute of Science, Israel David Lishan, Plasma-Therm LLC, USA 8:00am INVITED: NS+MI+QS+SS-WeM-1 Nanoscale Optics in Flatland, Teri Odom, PS+EM-WeM-1 Self-limited Cyclic Etching of Copper Thin Films in Northwestern University Hydrogen and Argon Plasmas for Copper Hybrid Bonding, Qi Wang, C. Netzband, G. Gibney, S. Voronin, S. Han, S. Arkalgud, P. Biolsi, TEL Technology Center, America, LLC; C. Vallee, College of Nanoscale Science and Engineering, SUNY Polytechnic Institute 8:20am PS+EM-WeM-2 Characterization of Plasma-Thermal Cu ALE Processes and Etch Products, Xia (Gary) Sang, J. Martirez, L. Bouchard, E. Carter, J. Chang, University of California at Los Angeles

8:40am NS+MI+QS+SS-WeM-3 Strain-modulated Electronic Properties in PS+EM-WeM-3 Etching Characteristics of Low-K SiCOH Thin Films Epitaxial FeSn Thin Films on SrTiO3(111), Huimin Zhang, Q. Zou, West Virginia Deposited by Plasma Enhanced Chemical Vapor Deposition Using University, USA; M. Weinert, University of Wisconsin, Milwaukee,; L. Li, West Tetrakis(Trimethylsilyoxy)Silane Precursor, Jacob Comeaux, W. Wirth, S. Virginia University, USA Jang, University of Louisiana at Lafayette

9:00am NS+MI+QS+SS-WeM-4 Realizing Gapped Surface States in the Magnetic PS+EM-WeM-4 Etch Behavior of Post-Copper Metals, John Arnold, IBM Topological MnBi2-XSbXTe4, Wonhee Ko, Oak Ridge Natinal Research Division, Albany, NY; N. Joy, TEL Technology Center, America, LLC; H. Laboratory; M. Kolmer, Ames Laboratory; J. Yan, A. Pham, M. Fu, Oak Ridge Miyazoe, IBM Research Division, T.J. Watson Research Center; C. Park, A. Simon, National Laboratory; F. Luepke, Forschungszentrum Jülich GmbH, Germany; S. IBM Research Division, Albany, NY; C. Cabral, H. Yan, F. Stellari, IBM Research Okamoto, P. Ganesh, Z. Gai, A. Li, Oak Ridge National Laboratory Division, T.J. Watson Research Center; S. Rogalskyj, TEL Technology Center, America, LLC; E. Richardson, TEL Technology Center of America; A. Raley, TEL Technology Center, America, LLC; S. Engelmann, IBM Research Division, T.J. Watson Research Center 9:20am INVITED: NS+MI+QS+SS-WeM-5 Visualizing the Quantum Phases of INVITED: PS+EM-WeM-5 In-Depth Feasibility Study of Dual Damascene Strongly Interacting Electrons, Shahal Ilani, Weizmann Institute of Science, Extension: Patterning, Dielectric Etch and Metallization, Xinghua Sun, TEL Israel Technology Center, America, LLC; Y. Mignot, IBM Research Division, Albany, NY; C. Cole, E. Liu, TEL Technology Center, America, LLC; J. Church, IBM Research Division, Albany, NY; D. Santos, A. Raley, TEL Technology Center, America, LLC; S. Sieg, IBM Research Division, Albany, NY; P. Biolsi, TEL Technology Center, America, LLC 9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: NS+MI+QS+SS-WeM-10 STM Measurements of Spin-Polarized Currents Carried by the Topological Surfaces States of SmB6 Nanowires, Vidya Madhavan, University of Illinois at Urbana-Champaign

11:20am

11:40am NS+MI+QS+SS-WeM-12 Formation of 1D and 2D Carbon-Based Nanomaterials on Surfaces, Maryam Ebrahimi, Lakehead University, Canada

12:00pm

Wednesday Morning, October 27, 2021 41 8:00 AM Wednesday Morning, October 27, 2021

Thin Films Division Vacuum Technology Division Room 207D W - Session TF+AP+MN+SS-WeM Room 205ABCD W - Session VT-WeM Novel ALD and CVD Processes and ALD Manufacturing Vacuum Technology for Applications Moderators: Moderators: Parag Banerjee, University of Central Florida, USA, Julia Scherschligt, National Institute of Standards and Adriana Creatore, Eindhoven Univ. of Technology, Netherlands Technology, USA, Marcy Stutzman, Jefferson Lab, USA 8:00am INVITED: VT-WeM-1 Next Generation : Vacuum System of the 3 GeV Electron Storage Ring at MAX IV Laboratory, Marek Grabski, Max IV Laboratory, Sweden

8:20am

8:40am INVITED: TF+AP+MN+SS-WeM-3 Free-Standing Nanoengineered VT-WeM-3 Shenzhen Synchrotron Radiation Facility Project, Dongbai Sun, Functional Oxides Thin Films, P. Salles, I. Caño, ICMAB-CSIC, Spain; R. Guzman, G. Liu, R. Si, Y. Cui, B. Yang, Z. Zhou, Institute of Advanced Science Facilities, School of Physical Sciences and CAS Key Laboratory of Vacuum Physics ; University Shenzhen, China of Chinese Academy of Sciences, China; W. Zhou, School of Physical Sciences and CAS Key Laboratory of Vacuum Physics, University of Chinese Academy of Sciences, China; Mariona Coll, ICMAB-CSIC, Spain 9:00am VT-WeM-4 NIST on a Chip: Photonic and Quantum-Based Sensors for Metrology and Beyond, Jay Hendricks, NIST

9:20am TF+AP+MN+SS-WeM-5 Plasma Enhanced Atomic Layer Deposition of INVITED: VT-WeM-5 The NIST Quantum Logic Clock and its Vacuum WOX Using a Wide Temperature Stability Precursor, Kamesh Mullapudi, K. Performance, David Leibrandt, NIST-Boulder , J. Peterson, Oregon State University; R. Kanjolia, D. Moser, C. Dezelah, EMD Performance Materials; J. Conley Jr., Oregon State University

9:40am TF+AP+MN+SS-WeM-6 Influence of Precursor Density and Conversion Time on Vapor Deposited Oriented ZIF-8 Thin Films, Marianne Kräuter, Graz University of Technology, Austria

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am TF+AP+MN+SS-WeM-10 Scale-Up Manufacturing Processes for INVITED: VT-WeM-10 Vacuum Technology of Hyperloop, T. Kammermeier, Powders: Pairing Powder Properties to Process, Arrelaine Dameron, S. Leybold GmbH, Germany; Derek Corcoran, Leybold USA Inc.; S. Rosenstraeter, Moulton, J. DuMont , D. Lewis, T. Porcelli, R. Tracy, Forge Nano Leybold GmbH, Germany

11:20am TF+AP+MN+SS-WeM-11 Spatial Atomic Layer Deposition of Hybrid Nanolaminates for High Capacity Li-Ion Battery Electrodes, E. Balder, Holst Center / TNO, Netherlands; L. Haverkate, Holst Center/TNO, Netherlands; F. van den Bruele, Holst Center / TNO, Netherlands; S. Unnikrishnan, Holst Centre / TNO, Netherlands; Paul Poodt, Holst Center / TNO, Netherlands 11:40am INVITED: VT-WeM-12 Virtual Presentation: Quality and Regulatory Issues for Vacuum Technology in Nuclear Power Plants, Charles Smith, US ITER / ORNL; A. Buckley, US ITER

12:00pm TF+AP+MN+SS-WeM-13 High Quality Al2O3 and SiO2 Films in Thermal ALD Batch Reactor, Mikko Näsi, T. Blomberg, R. Sibois, T. Vähä-Ojala, T. Leppänen, A. Sood, K. Dorai, M. Matvejeff, Picosun Oy, Finland

Wednesday Morning, October 27, 2021 42 8:00 AM Wednesday Morning, October 27, 2021 Exhibitor Technology Spotlight Workshops Room Hall A - Session EW-WeB Exhibitor Technology Spotlight Session III Moderator: Christopher Moffitt, Kratos Analytical Inc, USA 10:00am

10:20am EW-WeB-2 Promotion and Visibility of Your Research, Jessica Hoy, AIP Publishing

10:40am

11:00am

Wednesday Morning, October 27, 2021 43 10:00 AM Wednesday Afternoon, October 27, 2021 2D Materials Applied Surface Science Division Room 206A W - Session 2D+EM+MN+NS+QS-WeA Room 209C W - Session AS+SS-WeA Electronic, Optical and Ferroelectric Properties in 2D Charles S. Fadley Memorial Session (ALL INVITED Materials SESSION) Moderators: Moderators: Kristie Koski, University of California at Davis, USA, Gregory Herman, Oregon State University, USA, Vivek Shenoy, University of Pennsylvania, USA Theva Thevuthasan, Pacific Northwest National Laboratory, USA 2:20pm INVITED: 2D+EM+MN+NS+QS-WeA-1 Excitons and Polaritons in INVITED: AS+SS-WeA-1 Synergies between Synchrotron and Lab-Based van der Waals Bilayers, Hui Deng, University of Michigan, Ann Arbor X-Ray Techniques for the Studies of Complex Materials and Interfaces, Alexander Gray, Temple University

2:40pm

3:00pm 2D+EM+MN+NS+QS-WeA-3 Stacking-Dependent Optical Properties in INVITED: AS+SS-WeA-3 Electronic Structure of Tunable Ferroic Oxides Bilayer WSe2, Kathleen McCreary, M. Phillips, Naval Research Laboratory; H. Determined by Photoemission Spectroscopy, Martina Müller, University of Chuang, NOVA Research; D. Wickramaratne, Naval Research Laboratory; M. Konstanz, Germany Rosenberger, University of Notre Dame; C. Hellberg, B. Jonker, Naval Research Laboratory 3:20pm 2D+EM+MN+NS+QS-WeA-4 A Full Gap Above the Level: The Charge Density Wave of Monolayer VS2, C. van Efferen, II. Physikalisches Institut, University of Cologne, Germany; J. Berges, Institut für Theoretische Physik, University Bremen, Germany; J. Hall, II. Physikalisches Institut, University of Cologne , Germany; E. van Loon, Institut für Theoretische Physik, University Bremen, Germany; S. Kraus, II. Physikalisches Institut, University of Cologne, Germany; A. Schobert, Institut für Theoretische Physik, University Bremen, Germany; T. Wekking, F. Huttmann, E. Plaar, II. Physikalisches Institut, University of Cologne, Germany; N. Rothenbach, Fakultät für Physik und Center für Nanointegration, University Duisburg-Essen, Germany; K. Ollefs, Fakultät für Physik und Center für Nanointegration, University Duisburg Essen, Germany; L. Machado- Arruda, Institut für Experimentalphysik, FU Berlin, Germany; N. Brookes, European Synchrotron Research Facility, France; G. Schönhoff, Institut für Theoretische Physik, University Bremen, Germany; K. Kummer, European Synchrotron Research Facility, France; H. Wende, Fakultät für Physik und Center für Nanointegration, University Duisburg-Essen, Germany; T. Wehling, Institut für Theoretische Physik, University Bremen, Germany; Thomas Michely, II. Physikalisches Institut, University of Cologne, Germany 3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: 2D+EM+MN+NS+QS-WeA-7 Virtual Presentation: Tuning INVITED: AS+SS-WeA-7 High Resolution Angle-Resolved Photoemission Energy Levels and Energy Flow in Nanomaterials Using the External Spectroscopy Studies of Quantum Materials, Inna Vishik, University of Environment, Archana Raja, Lawrence Berkeley National Laboratory California at Davis

4:40pm

5:00pm INVITED: 2D+EM+MN+NS+QS-WeA-9 AVS 2021 Medard W. Welch INVITED: AS+SS-WeA-9 The Role of Photoelectron Diffraction Effects on Award Lecture: Probing and Controlling Excitons in 2D Semiconductors, the Flat Surface State Bands Close to the Fermi Level: Revisiting the Tony Heinz1, Stanford University and SLAC National Accelerator Laboratory Si(111) 7x7 Surfaces, María C. Asensio, Materials Science Institute of Madrid (ICMM), Spanish Scientific Research Council (CSIC), Spain 5:20pm

5:40pm 2D+EM+MN+NS+QS-WeA-11 Ferroelectrics Meet Ionics in the Land of INVITED: AS+SS-WeA-11 Study of Surface Chemical Reactions With van der Waals, Petro Maksymovych, S. Neumayer, Oak Ridge National Ambient Pressure XPS, B. Simon Mun, Gwangju Institute of Science and Laboratory; A. Ohara, S. Pantelides, Vanderbilt University; N. Balke, Oak Ridge Technology, Korea (Republic of) National Laboratory 6:00pm

1 Medard W. Welch Award Winner Wednesday Afternoon, October 27, 2021 44 2:20 PM Wednesday Afternoon, October 27, 2021

Chemical Analysis and Imaging at Interfaces Focus Topic Electronic Materials and Photonics Division Room 209A W - Session CA+AS+LS+MN+SS+VT-WeA Room 207ABC W - Session EM+MI-WeA Environmental Interfaces (2:20 - 4:40 pm)/Modeling and Electronic and Photonic Materials and Devices for Multi-Dimensional Data Processing of Interfacial Energy Storage and Conversion II Processes (4:40 - 6:00 pm) Moderator: Moderators: Erin Cleveland, U.S. Naval Research Laboratory, USA Andrei , Georgia Tech, USA, Andrei Kolmakov, National Institute of Standards and Technology (NIST), USA, Kathryn Perrine, Michigan Technological University, USA 2:20pm INVITED: CA+AS+LS+MN+SS+VT-WeA-1 Interfacial Chemistry of INVITED: EM+MI-WeA-1 Virtual Presentation: Light Management Atmospheric Organic Aerosols and Droplets, Kevin Wilson, Lawrence Strategies for Photovoltaics: Luminescent Concentrators and Passive Berkeley National Laboratory Cooling for Modules, Vivian Ferry, University of Minnesota, USA

2:40pm

3:00pm INVITED: CA+AS+LS+MN+SS+VT-WeA-3 Virtual Presentation: Measuring EM+MI-WeA-3 Combined Confocal Raman Microspectroscopy and the Depth Profiles of Surfactants, Ions, and Solvent at the Angstrom Laser-Beam Induced Current Measurements of Solar Cell Modules, Jeya Scale, X. Zhao, University of Wisconsin - Madison; G. Andersson, Flinders Prakash Ganesan, N. Iqbal, Department of Materials Science and Engineering, University, Australia; Gilbert Nathanson, University of Wisconsin - Madison University of Central Florida; E. Schneller, H. Seigneur, Florida Solar Energy Center, University of Central Florida; K. Davis, Department of Materials Science and Engineering, Florida Solar Energy Center, RISES Faculty Cluster, University of Central Florida; L. Tetard, NanoScience Technology Center, REACT Faculty Cluster, Department of Physics, University of Central Florida; T. Batten, Renishaw PLC, UK; T. Prusnick, Renishaw Inc.; P. Banerjee, Department of Materials Science and Engineering, Florida Solar Energy Center, NanoScience Technology Center, REACT Faculty Cluster, University of Central Florida

3:20pm EM+MI-WeA-4 The Synthesis of NbSe2 by Molecular Beam Epitaxy for Thermomagnetic Energy Conversion, Peter Litwin, S. Akhanda, M. Zebarjadi, S. McDonnell, University of Virginia

3:40pm BREAK BREAK

4:00pm

4:20pm CA+AS+LS+MN+SS+VT-WeA-7 Effects of Electrolytes on the Oxidation INVITED: EM+MI-WeA-7 High-Throughput Computational Screening of and of Iron Interfaces Using PM-IRRAS, Kathryn Perrine, Michigan Diamond Like Semiconductors and Ordered Vacancy Compounds for Technological University Thermoelectrics, J. Xu, University of Illinois at Urbana-Champaign; C. Porter, J. Adamczyk, E. Toberer, Colorado School of Mines; Elif Ertekin, University of Illinois

4:40pm CA+AS+LS+MN+SS+VT-WeA-8 Observing Plasma Assisted Processes in situ using SEM, Andrei Kolmakov, NIST

5:00pm INVITED: CA+AS+LS+MN+SS+VT-WeA-9 Image Processing and EM+MI-WeA-9 Physical Vapor Deposition of Yb-Doped Cesium Lead Multivariate Analysis in Ion and Electron Microscopy Data, Alex Halide Perovskites, Iver Cleveland, M. Tran, E. Aydil, New York University Belianinov, Oak Ridge National Laboratory

5:20pm EM+MI-WeA-10 Low Temperature Fabrication of Cathodes for Lithium Thin Film Batteries, Wyatt Tenhaeff, University of Rochester

5:40pm INVITED: CA+AS+LS+MN+SS+VT-WeA-11 From Bulk to Constriction: Scaling Analysis of Ionic Transport Through Nanopores and Channels, Michael Zwolak, NIST; S. Sahu, University of Colorado at Boulder

6:00pm

Wednesday Afternoon, October 27, 2021 45 2:20 PM Wednesday Afternoon, October 27, 2021

Leaders in Energy and the Environment Focus Topic Magnetic Interfaces and Nanostructures Division Room 209B W - Session LD+HC+SS-WeA Room 209DE W - Session MI+2D+TF-WeA Catalysis at the Metal Oxide Interface Mini Symposium: Highlighting Women Researching Moderators: Magnetism Audrey Dannar, Tufts University, USA, Moderator: Yicheng Wang, Tufts University, USA Hendrik Ohldag, Lawrence Berkeley National Laboratory, USA

2:20pm INVITED: LD+HC+SS-WeA-1 The Chemistry of TiO2 Surfaces in Aqueous INVITED: MI+2D+TF-WeA-1 Topological Multiferroics, Sinéad Griffin, and Ambient Environments, Melissa Hines, Cornell University Lawrence Berkeley Lab, University of California, Berkeley

2:40pm

3:00pm INVITED: LD+HC+SS-WeA-3 Nanoparticle Size, Shape, Composition and INVITED: MI+2D+TF-WeA-3 Moving Toward Antiferromagnetic Support Effects in the Hydrogenation of Carbon Dioxide, Beatriz Roldan Straintronics, Michelle Jamer, United States Naval Academy Cuenya, Fritz-Haber Institute of the Max Planck Society, Germany

3:20pm

3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: LD+HC+SS-WeA-7 Towards a Mechanistic Understanding of INVITED: MI+2D+TF-WeA-7 Virtual Presentation: Utilizing Vacuum Next-Generation Particle Accelerator Materials Growth: Nb Hydride States Above Surfaces for Imaging and Manipulation of Atomic-Scale Growth and Suppression and Nb3Sn Formation on (3×1)-O Nb(100), Magnetism, Anika Schlenhoff, University of Hamburg, Germany Rachael G. Farber, S. Willson, R. Veit, University of Chicago; N. Sitaraman, Cornell University; A. Hire, R. Hennig, University of Florida; T. Arias, Cornell University; S. Sibener, University of Chicago 4:40pm

5:00pm LD+HC+SS-WeA-9 Atomic-Scale Insights Into the Workings of Pt-Based INVITED: MI+2D+TF-WeA-9 Virtual Presentation: Magnetic Exchange Copper Oxide Single-Atom Catalysts, Audrey Dannar, A. Schilling, G. and Anisotropy in Perpendicular Magnetic Tunnel Junction Nanopillars: Giannakakis, A. Therrien, C. Sykes, Tufts University Experiment and Micromagnetic Modeling, Jamileh Beik Mohamadi, Loyola University New Orleans; A. Kent, New York University

5:20pm LD+HC+SS-WeA-10 A Combined DRIFTS and Theoretical Study of the Mechanisms of Aldol Condensation of Acetaldehyde on CeO2(111), Suman Bhasker-Ranganath, M. Rahman, C. Zhao, Louisiana State University; F. Calaza, Instituto de Desarrollo Tecnoloǵico para la Industria Química , Argentina; Z. Wu, Oak Ridge National Laboratory; Y. Xu, Louisiana State University

5:40pm INVITED: LD+HC+SS-WeA-11 Chemistry in Confined Spaces: 2D-Porous INVITED: MI+2D+TF-WeA-11 Computational Frontier of Spintronic Silicates on Metal Supports, J. Anibal Boscoboinik, Brookhaven National Materials, Claudia Mewes, Magnetics Lab, The University of Alabama, Tuscaloosa Laboratory

6:00pm

Wednesday Afternoon, October 27, 2021 46 2:20 PM Wednesday Afternoon, October 27, 2021

MEMS and NEMS Group Nanoscale Science and Technology Division Room 205ABCD W - Session MN+2D+NS+QS-WeA Room 209F W - Session NS+AS+BI+EM+LD+SS-WeA MEMS & NEMS Enabled Sensing, Imaging, and Precision Scanning Probe Microscopy and Spectroscopy for Measurement Moderators: Max Zenghui Wang, University of Electronic Moderators: Science and Technology of China, Marina Leite, University of California Davis, USA, Xuqian Zheng, University of Florida, USA Qing Tu, Texas A&M University, USA 2:20pm INVITED: MN+2D+NS+QS-WeA-1 Electric Force Microscopy of NS+AS+BI+EM+LD+SS-WeA-1 Massively Parallel, Cantilever-free Atomic Photoactive Samples: Achieving Nanosecond Time Resolution Using Force Microscopy, W. Cao, N. Alsharif, Boston University; Z. Huang, University of Phase Kicks and Getting the Tip-Sample Interaction Right Using Maryland College Park; A. White, Boston University; Y. Wang, University of Lagrangian Mechanics, John Marohn, R. Cohn, S. Tirmzi, Cornell University; R. Maryland College Park; Keith Brown, Boston University Dwyer, University of Mount Union; L. Harrell, U.S. Military Academy at West Point 2:40pm NS+AS+BI+EM+LD+SS-WeA-2 Reconstructing the Intrinsic Potential Energy Landscape of Interfacial Interactions With Thermally Modulated Force Spectroscopy, Alan Liu, T. Sulchek, Georgia Institute of Technology

3:00pm INVITED: MN+2D+NS+QS-WeA-3 Visualization of Nanoscale Contact by NS+AS+BI+EM+LD+SS-WeA-3 When Do Hydrocarbons Dewet Metal in situ AFM-TEM Experiments: Sliding-Dependent Adhesion of Si, and Surfaces? The Case of Coronene/Cu(111), Chen Wang, K. Thurmer, N. Wear at the Interface MoS2-MoS2 Interface, Robert Carpick, University of Bartelt, Sandia National Laboratories Pennsylvania

3:20pm NS+AS+BI+EM+LD+SS-WeA-4 Combined Scanning Gate Microscopy and Light Excitation Measurements on Semiconductor Nanowires, Yen-Po Liu, J. Fast, Y. Chen, M. Kumar, Lund University, Sweden; R. Zhe, DESY, Germany; R. Timm, A. Burke, H. Linke, A. Mikkelsen, Lund University, Sweden

3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: MN+2D+NS+QS-WeA-7 Printed and Biodegradable Sensors for NS+AS+BI+EM+LD+SS-WeA-7 Walking the Plank: Solar Cell Nanowire Real-Time High-Spatial Density Monitoring of Conditions, Gregory Arrays Probed in situ by Surface Potential Microscopy, Austin Irish, L. Whiting, Y. Sui, M. Atreya, G. Marinick, J. Nielson, A. Gopalakrishnan, University of Hrachowina, R. Timm, Lund University, Sweden Colorado Boulder; R. Khosla, S. Dahal, W. Yilma, Colorado State University; A. Arias, C. Baumbauer, M. Payne, D. Wong, P. Goodrich, University of California Berkeley 4:40pm NS+AS+BI+EM+LD+SS-WeA-8 Exploring the Factors Affecting the Mechanical Properties of 2D Hybrid Organic-Inorganic Perovskites, Qing Tu, Texas A&M University

5:00pm INVITED: MN+2D+NS+QS-WeA-9 Chip-scale Atomic Devices, John INVITED: NS+AS+BI+EM+LD+SS-WeA-9 Tackling Instabilities in Hybrid Kitching, NIST Perovskites from the Macro- to the Nanoscale, Marina Leite, University of California at Davis

5:20pm

5:40pm MN+2D+NS+QS-WeA-11 On-Demand Reconfigurable Transmission Grating for Neutron and X-ray Interferometry, Sarah M. Robinson, National Institute of Standards and Technology (NIST)/ University of Maryland, College Park; R. Murphy, K. Weigandt, D. Hussey, N. Klimov, National Institute of Standards and Technology (NIST)

6:00pm MN+2D+NS+QS-WeA-12 Development of an Inkjet Printed Temperature Sensor Using a Silver Nitrate Based Ink and Post Print Argon Plasma Processing, A. Radwan, Christian Zorman, Case Western Reserve University

Wednesday Afternoon, October 27, 2021 47 2:20 PM Wednesday Afternoon, October 27, 2021

Plasma Science and Technology Division Materials and Processes for Quantum Information Room 211 W - Session PS-WeA Science Focus Topic Advanced FEOL Processing, Multi-patterning, and EUV Room 208 W - Session QS+EM+MN-WeA Moderators: Systems and Devices for Quantum Information Angelique Raley, TEL Technology Center America, Moderators: Vivekananda Adiga, IBM, T.J. Watson Research Nathan Marchack, IBM T.J. Watson Research Center, USA Center, USA, Jonilyn Yoder, MIT Lincoln Laboratory, USA 2:20pm PS-WeA-1 EUV Induced Formation of Hydrogen Plasmas at Low INVITED: QS+EM+MN-WeA-1 Photonic Interfaces for Ion-trap Quantum Pressure, Tugba Piskin, University of Michigan; H. Lee, S. Nam, Samsung Computers, Tracy Northup, University of Innsbruck, Austria Electronics Co., Inc., Korea (Republic of); M. Kushner, University of Michigan

2:40pm PS-WeA-2 Passivation and Redeposition During High Aspect Ratio Plasma Etching of P-Si Using HBr Containing Gas Mixtures, Florian Krüger, University of Michigan; H. Lee, S. Nam, Samsung Electronics Co., Inc., Korea (Republic of); M. Kushner, University of Michigan

3:00pm INVITED: PS-WeA-3 2021 AVS PSTD Young Investigator Award Talk: INVITED: QS+EM+MN-WeA-3 Engineering Silicon Qubits at the Atomic Plasma Treatment on SiGe for Improvement of Interface Trap Density by Scale, Sven Rogge, University of New South Wales, Australia Inducing Si Segregation, Yohei Ishii1, Hitachi High-Tech America, Inc.; R. Sugano, Hitachi, Ltd., Japan; Y. Lee, W. Wu, Taiwan Semiconductor Research Institute, Taiwan; H. Ishimura, Hitachi High-Tech Taiwan Corp., Taiwan; K. Maeda, M. Miura, Hitachi High-Tech Corp., Japan 3:20pm

3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: PS-WeA-7 Etch Processes for Enabling Next Generation INVITED: QS+EM+MN-WeA-7 Superconducting Materials for Quantum Devices, Eric Miller, I. Seshadri, T. Kang, D. Metzler, J. Lee, S. Sieg, S. Engelmann, Devices: Approaches, Challenges, and Opportunities, Quanxi Jia, University J. Shearer, J. Arnold, N. Felix, IBM Research Division, Albany, NY at Buffalo-SUNY

4:40pm

5:00pm PS-WeA-9 Investigation of CHM Etching with Additive Gas, Kathryn Maier, INVITED: QS+EM+MN-WeA-9 Exploring Materials, Surface Treatments L. Kovatch, Y. Ishii, Hitachi High Technologies America Inc. and Junctions for Superconducting Quantum Circuits, Martin Sandberg, IBM

5:20pm

5:40pm INVITED: QS+EM+MN-WeA-11 Materials Loss Measurements Using Superconducting Microwave Resonators, Corey Rae McRae, NIST Boulder / CU Boulder

6:00pm

1 PSTD Young Investigator Award Wednesday Afternoon, October 27, 2021 48 2:20 PM Wednesday Afternoon, October 27, 2021

Advanced Surface Engineering Division Thin Films Division Room 210 W - Session SE+MN+PS+TF-WeA Room 207D W - Session TF+EM-WeA Vapor Deposition Technologies and New Trends in Wide and Ultra-Wide Bandgap Thin Films: Advances in Surface Engineering Deposition and Novel Materials Moderators: Jianliang Lin, Southwest Research Institute, USA, Moderator: Angel Yanguas-Gil, Argonne National Lab, USA Matjaz Panjan, Jozef Stefan Institute, Slovenia 2:20pm INVITED: SE+MN+PS+TF-WeA-1 On the Low Deposition Rate and Ionized Fraction in High Power Impulse Magnetron Sputtering, Jon Tomas Gudmundsson, H. Hajihoseini, University of Iceland; N. Brenning, KTH Royal Institute of Technology, Sweden; M. Rudolph, Leibniz Institute of Surface Engineering (IOM), Germany; M. Raadu, KTH Royal Institute of Technology, Sweden; D. Lundin, Linkoping University, Sweden 2:40pm TF+EM-WeA-2 Low-Temperature Deposition of Large-Grained Polycrystalline AlN using Trisdimethylamido Aluminum (TDMAA) and Anhydrous Hydrazine, Scott Ueda, A. McLeod, UC San Diego; D. Alvarez, RASIRC; D. Moser, R. Kanjolia, M. Moinpour, J. Woodruff, EMD Performance Materials; A. Kummel, UC San Diego

3:00pm SE+MN+PS+TF-WeA-3 Investigations of HiPIMS Discharges Using High- TF+EM-WeA-3 Low-Temperature Atomic Layer N-Type Si-Doping of GaN Speed Camera, Matjaz Panjan, Jozef Stefan Institute, Slovenia via Plasma-Assisted ALD, DEEPA SHUKLA, N. Biyikli, University of Connecticut

3:20pm SE+MN+PS+TF-WeA-4 Compositional, Microstructural, and Phase TF+EM-WeA-4 Optimization of 1D Core-Shell Heterostructures for Gas Tunability in Sputter-Deposited Ta-C Thin Films using Low Reactive Gas Sensing, Nicola Pinna, M. Raza, Humboldt University Berlin, Germany Pressures and van der Waals Layers, K. Tanaka, H. Zaid, P. Arias, A. Aleman, M. Liao, Y. Wang, University of California at Los Angeles; K. Hojo, Nagoya University, Japan; A. Deshpande, M. Goorsky, Suneel Kodambaka, University of California at Los Angeles 3:40pm BREAK BREAK

4:00pm

4:20pm INVITED: SE+MN+PS+TF-WeA-7 Virtual Presentation: Metallic Glass: A INVITED: TF+EM-WeA-7 Metalorganic Vapor-Phase Epitaxy of Gallium Novel and Emerging Coating For Various Industrial Applications, P. Yiu, (Aluminum) Oxide Thin Films and Heterostructures for High Frequency Jinn P. Chu, National Taiwan University of Science and Technology, Taiwan and Power Electronics, Sriram Krishnamoorthy, University of California, Santa Barbara; P. Ranga, A. Bhattacharyya, S. Roy, Electrical and Computer Engineering, The University of Utah

4:40pm

5:00pm SE+MN+PS+TF-WeA-9 Development and Scale-up of ALD Coatings for TF+EM-WeA-9 Advances in Plasma-Enhanced Atomic Layer Deposition Sulfur Tolerant, Long Lifetime Catalyst Powders, Christopher Gump, J. of Ga2O3 and (AlXGa1-X)2O3 Films, Virginia Wheeler, N. Nepal, S. Qadri, J. Avila, Burger, D. Lindblad, G. Rojas, K. Buechler, Forge Nano; W. McNeary, National B. Downey, V. Gokhale, A. Lang, R. Stroud, D. Meyer, Naval Research Laboratory Renewable Energy Laboratory (NREL)

5:20pm SE+MN+PS+TF-WeA-10 Structural, Nanomechanical and Tribological TF+EM-WeA-10 Electrical and Optical Characteristics of MBE Grown Properties of Plasma Electrolytic Oxide Coatings for Sliding Contact Homoepitaxial β-Ga2O3 Films, Neeraj Nepal, B. Downey, J. Freitas, V. Wheeler, Applications, Esteban Broitman, SKF B.V. , Netherlands; J. Dzwonczyk-Mertzanis, D. Katzer, E. Jin, V. Gokhale, M. Hardy, D. Storm, US Naval Research Laboratory; J. S. Geerts, SKF B.V., Netherlands; G. Dennis, SKF Ltd., UK Blevins, US Air Force Research Laboratory; D. Meyer, US Naval Research Laboratory

5:40pm SE+MN+PS+TF-WeA-11 Effects of Magnetic Field Strength on the TF+EM-WeA-11 The Effect Growth Conditions on the Phase Structure and Properties of non-hydrogenated DLC Coatings Deposited Composition and Microstructure of Gallium Oxide Thin Films Deposited by HiPIMS, Jianliang Lin, Southwest Research Institute, San Antonio Texas; X. Using MOCVD, J. Tang, Kunyao Jiang, A. Park, L. Gu, R. Davis, L. Porter, Carnegie Zhang, Southeast University, China Mellon University, USA

6:00pm

Wednesday Afternoon, October 27, 2021 49 2:20 PM Thursday Morning, October 28, 2021 MEMS and NEMS Group 2D Materials Room 205ABCD W - Session MN+2D+NS+QS-ThM Room 206A W - Session 2D+EM+NS+PS+QS-ThM Emerging MEMS and NEMS Materials, Devices, and 2D Materials: Heterostructures and Twistronics Process Moderator: Moderators: Zhenyun Qian, Northeastern University, USA, Saptarshi Das, University of Pennsylvania, USA Xuqian Zheng, University of Florida, USA 8:00am INVITED: MN+2D+NS+QS-ThM-1 Aluminum Nitride INVITED: 2D+EM+NS+PS+QS-ThM-1 Designer Electronic States in van Microdevices for Next Generation Nonvolatile Memory and der Waals Heterostructures, Brian LeRoy, University of Arizona Microelectromechanical Systems, Roy Olsson, University of Pennsylvania

8:20am

8:40am INVITED: MN+2D+NS+QS-ThM-3 β-Ga2O3 Resonant 2D+EM+NS+PS+QS-ThM-3 Observation of Electrically Tunable van Hove Micro/Nanoelectromechanical Systems (M/NEMS), Xu-Qian Zheng, P. Feng, Singularities in Twisted from NanoARPES, Ryan Muzzio, University of Florida Carnegie Mellon University; A. , P. Majchrzak, S. Pakdel, Aarhus University, Denmark; D. Curcio, aarhus University, Denmark; K. Volckaert, D. Biswas, Aarhus University, Denmark; J. Gobbo, S. Singh, Carnegie Mellon University; J. Robinson, Naval Research Laboratory; K. Watanabe, T. Taniguchi, National Institute for Materials Science, Japan; T. Kim, C. Cacho, Diamond Light Source, UK; N. Lanata, J. Miwa, P. Hofmann, S. Ulstrup, aarhus University, Denmark; J. Katoch, carnegie Mellon University 9:00am 2D+EM+NS+PS+QS-ThM-4 Structural and Magnetic Properties of Ultrathin Cr(1+δ)Te2 Films Grown by van der Waals Epitaxy, Kinga Lasek, University of South Florida; P. Gargiani, ALBA Synchrotron Light Source, Spain; P. Coelho, University of South Florida; K. Zberecki, Warsaw University of Technology, Poland; K. Mohseni, I. Konstanovskyi, H. Meyerheim, Max Planck Institute of Microstructure Physics, Germany; M. Valvidares, ALBA Synchrotron Light Source, Spain; M. Batzill, University of South Florida 9:20am MN+2D+NS+QS-ThM-5 QCM Study of Tribotronic Control in Ionic INVITED: 2D+EM+NS+PS+QS-ThM-5 Nanocavities and Polaritons in and Nanoparticle Suspensions, Caitlin Seed, B. Acharya, J. Krim, North Twisted and Indirectly Nanostructured 2D Materials, Frank Koppens, ICFO, Carolina State University Spain

9:40am MN+2D+NS+QS-ThM-6 Sidewall Nanochannel Fabrication Using Membrane Projection Lithography and Metal Assisted Chemical Etching, Tong Dang, University of Pennsylvania; R. Chaudhary, ETH Zurich, Switzerland; N. Xie, University of Washington; G. Kim, G. Watson, University of Pennsylvania

10:00am BREAK BREAK

10:20am

10:40am

11:00am MN+2D+NS+QS-ThM-10 Thermally Released Spring-Loaded Platform for INVITED: 2D+EM+NS+PS+QS-ThM-10 Strong Coupling and Spin-Triplet Capsule Based Drug Delivery and Sensing, Joshua Levy, J. Stine, L. Beardslee, in Magic-Angle Twisted Trilayer Graphene, Yuan Cao, R. Ghodssi, University of Maryland, College Park MIT

11:20am

11:40am INVITED: 2D+EM+NS+PS+QS-ThM-12 2020 AVS Medard W. Welch Award Lecture: Chemically Tailoring Interfaces in Two-Dimensional Heterostructures, Mark Hersam1, Northwestern University

12:00pm

1 AVS 2020 Medard W. Welch Awardee Thursday Morning, October 28, 2021 50 8:00 AM Thursday Morning, October 28, 2021

Room 206B W 8:00am INVITED: AC+LS-ThM-1 Tracking Uranium Speciation by Synchrotron Actinides and Rare Earths Focus Topic Spectromicrosopy, Jesse Ward, Pacific Northwest National Laboratory Session AC+LS-ThM Forensics and Novel Spectroscopy Moderators: David Geeson, AWE, UK, 8:20am David Shuh, Lawrence Berkeley National Laboratory, USA, James G. Tobin, University of Wisconsin-Oshkosh, USA

8:40am INVITED: AC+LS-ThM-3 Lanthanide and Actinide XAS in the Lab: How does it Work, and How Does It Complement Synchrotron Beamlines?, Gerald Seidler, University of Washington

9:00am

9:20am AC+LS-ThM-5 Prospects for Nuclear Forensics with Facility and Laboratory– based X–ray Light Sources, David Shuh, A. Ditter, Lawrence Berkeley National Laboratory

9:40am AC+LS-ThM-6 Surface Chemistry Across a Sputter Crater of a PuO2 Film on YSZ, John Newberg, J. Joyce, K. White, R. Sykes, L. Wolfsberg, B. Scott, Los Alamos National Laboratory

10:00am BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: AC+LS-ThM-10 High-Energy-Resolution X-Ray Spectroscopy and Actinides Research ta SLAC, Dimosthenis Sokaras, SLAC National Accelerator Laboratory

11:20am

11:40am INVITED: AC+LS-ThM-12 Virtual Presentation: X-Ray With Increased Resolution: Principles and Perspectives, Lucia Amidani, ESRF, France

12:00pm

Thursday Morning, October 28, 2021 51 8:00 AM Thursday Morning, October 28, 2021

Room 207ABC W 8:00am HI1-ThM-1 Imaging of SARS-CoV-2 infected Vero E6 Cells by Helium Ion Advanced Ion Microscopy and Ion Beam Nano- Microscopy, Natalie Frese, Bielefeld University, Germany; P. Schmerer, Justus-Liebig- engineering Focus Topic University Giessen, Germany; M. Wortmann, Bielefeld University of Applied Sciences, Germany; M. Schürmann , Bielefeld University, Germany; M. König, Justus-Liebig-University Session HI1-ThM Giessen, Germany; M. Westphal, Bielefeld University, Germany; F. Weber, Justus-Liebig- Advanced Ion Microscopy & Surface Analysis University Giessen, Germany; H. Sudhoff, A. Gölzhäuser, Bielefeld University, Germany Applications 8:20am INVITED: HI1-ThM-2 Focused Ion Beams in Biology: Revealing Nature’s Tiniest Moderators: Structures using the Helium Ion Microscope, Annalena Wolff, R. Fieth, C. , Queensland University of Technology (QUT), Australia Gregor Hlawacek, Helmholtz-Zentrum Dresden - Rossendorf, Germany, Shida Tan, Intel Corporation, USA

8:40am

9:00am HI1-ThM-4 Application of Helium Ion Microscope in Environmental and Biological Research, Vaithiyalingam Shutthanandan, Environmental Molecular Sciences Laboratory and Pacific Northwest National Laboratory

9:20am HI1-ThM-5 Multimodal Characterization on FIB Instruments Combining Nano- Scale SIMS and SE Imaging, Tom , O. De Castro, H. Hoang, S. Eswara, A. Biesemeier, J. Audinot, Luxembourg Institute of Science and Technology (LIST), Luxembourg

9:40am

10:00am BREAK - Complimentary Coffee in Exhibit Hall

10:20am BREAK Advanced Ion Microscopy and Ion Beam Nano- engineering Focus Topic Session HI2-ThM Emerging Ion Sources, Optics, and Applications Moderators: 10:40am Armin Golzhauser, Bielefeld University, Germany, Richard Livengood, Intel Corporation, USA

11:00am INVITED: HI2-ThM-10 Cluster Ion Beams: A New Tool for Characterization and Processing of Organic and Biological Materials, Jiro Matsuo, Quantum Science and Engineering Center, Kyoto University, Japan

11:20am

11:40am HI2-ThM-12 Scanning Transmission Ion Microscopy, E. Serralta, N. Klingner, Helmholtz-Zentrum Dresden - Rossendorf, Germany; S. Duarte Pinto, Photonis Netherlands B.V., Netherlands; M. Mousley, S. Eswara Moorthy, T. Wirtz, LIST, Luxembourg; Gregor Hlawacek, Helmholtz Zentrum Dresden-Rossendorf, Germany

12:00pm

Thursday Morning, October 28, 2021 52 8:00 AM Thursday Morning, October 28, 2021

Thin Films Division Materials and Processes for Quantum Information Room 207D W - Session TF+AP+SS-ThM Science Focus Topic Nucleation and Interface Phenomena in Thin Film Room 208 W - Session QS+EM+SS-ThM Deposition and ASD Systems and Devices for Moderators: Moderators: Corey Rae McRae, National Institute of Standard John F. Conley, Jr., Oregon State University, USA, and Technology, USA, Martin Sandberg, IBM Research Division, Adrie Mackus, Eindhoven University, Netherlands T.J. Watson Research Center, USA 8:00am TF+AP+SS-ThM-1 Nucleation and Growth of Thermal ALD Au Films - INVITED: QS+EM+SS-ThM-1 Superconductor/Semiconductor Towards Coalescence of Ultrathin Films, Benjamin Greenberg, J. Avila, J. Heterostructures for Quantum Computing Applications, Chris Palmstrøm, Woodward, N. Nepal, B. Feigelson, V. Wheeler, U.S. Naval Research Laboratory University of California at Santa Barbara

8:20am TF+AP+SS-ThM-2 Effect of Heat and Plasma Treatment on Carborane Self-Assembled Monolayers (SAMs) on Copper, Rupak Thapa, L. Dorsett, S. Malik, R. Bale, S. Wagner, D. Bailey, A. Caruso, University of Missouri-Kansas City; J. Bielefeld, S. King, Intel Corporation; M. Paquette, University of Missouri-Kansas City 8:40am TF+AP+SS-ThM-3 Surface Processes During Area-Selective Atomic Layer QS+EM+SS-ThM-3 Tunable Filters and Parametric Amplifiers from NbTiN Deposition of Al2O3 on W with Organically-Functionalized SiO2 as the Transmission Line Resonators, R.M. Lewis, W. Kindel, L. Tracy, C. Harris, T. Lu, Nongrowth Surface, W. Xu, Colorado School of Mines; P. Lemaire, K. Sharma, D. D. Luhman, Sandia National Laboratories, USA Hausmann, Lam Research Corporation; Sumit Agarwal, Colorado School of Mines

9:00am TF+AP+SS-ThM-4 Selection Criteria for Small Inhibitor Molecules in INVITED: QS+EM+SS-ThM-4 Reproducible Superconducting Circuits for Area-Selective Atomic Layer Deposition, Marc Merkx, P. Yu, J. Li, Eindhoven Quantum Information Processors, Eric Zhang, IBM T. J. Watson Research University of Technology, Netherlands; D. Hausmann, Lam Research Corp.; T. Center Sandoval, Universidad Técnica Federico Santa Mariá, Chile; E. Kessels, A. Mackus, Eindhoven University of Technology, Netherlands 9:20am INVITED: TF+AP+SS-ThM-5 Virtual Presentation: Inherent Selective Atomic Layer Deposition Strategies and its Applications, Rong Chen, Huazhong University of Science and Technology, China

9:40am QS+EM+SS-ThM-6 The Merged-Element Transmon, Ruichen Zhao, S. Park, T. Zhao, C. McRae, M. Bal, J. Long, D. Pappas, NIST-Boulder

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: TF+AP+SS-ThM-10 Mechanistic Insight into Atomic Layer INVITED: QS+EM+SS-ThM-10 Superconducting Qubits: Technology for Deposition during Initial Growth by In-situ Diagnostics, Vincent Vandalon, Remote Coupling, Andrew Cleland, University of Chicago E. Kessels, Eindhoven University of Technology, Netherlands

11:20am

11:40am TF+AP+SS-ThM-12 Nucleation Behavior in Laminate ALD Film Stacks, INVITED: QS+EM+SS-ThM-12 Engineering Superconducting Quantum Konner E. K. Holden, A. Valdivia, J. Conley, Jr., Oregon State University Systems, Jonilyn Yoder, MIT Lincoln Laboratory

12:00pm TF+AP+SS-ThM-13 Atomic Layer Deposition of HfO2 on SiO2: Evidence for a Bimolecular Reaction Mechanism in the Initial Metal Half-Cycle, P. Shayesteh, Lund University, Sweden; R. Tsyshevsky, University of Maryland; A. Head, Brookhaven National Laboratory; J. Gallet, Sorbonne Université and Synchrotron SOLEIL, France; F. Bournel, F. Rochet, Sorbonne Université, France; M. Kukla, University of Maryland; Joachim Schnadt, Lund University, Sweden

Thursday Morning, October 28, 2021 53 8:00 AM Thursday Morning, October 28, 2021

Chemical Analysis and Imaging at Interfaces Focus Topic Fundamental Discoveries in Heterogeneous Catalysis Room 209A W - Session Focus Topic CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM Room 209C W - Session HC+SS-ThM In Situ Microscopy, Spectroscopy and Processing at Advances in Heterogeneous Electrocatalysis Liquid-Solid-Gas Interfaces I Moderators: Moderators: Andrei Kolmakov, National Institute of Standards Gareth S. Parkinson, TU Wien, Austria, and Technology (NIST), USA, Miguel B. Salmeron, Lawrence Sharani Roy, University of Tennessee Knoxville, USA Berkeley National Laboratory (LBNL), USA 8:00am INVITED: CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM-1 In-Situ TEM INVITED: HC+SS-ThM-1 Virtual Presentation: Electrochemical Surface Imaging of Nanoscale Reactions at Solid-Liquid-Gas Interfaces, Haimei Science of , Marc Koper, Leiden University, Netherlands Zheng, Lawrence Berkeley National Lab

8:20am

8:40am INVITED: CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM-3 Development of HC+SS-ThM-3 Measuring Adhesion Energies and Using them to Bridge Graphene Liquid Cells and Their Applications for In-Situ Electron the Gaps between Gas-Phase and Liquid-Phase Surface Chemistry, and Microscopy, Jong Min Yuk, Korea Advanced Institute of Science and Technology Between Single-Crystal Metal Surfaces and Metal Nanoparticles, S. (KAIST), Republic of Korea Elizabeth Harman, G. Ruehl, J. Rumptz, C. Campbell, University of Washington

9:00am HC+SS-ThM-4 Transition Metal Carbide Electrodes Modified by High- Powered Impulse Magnetron Sputtering, David Barlaz, D. Ruzic, University of Illinois at Urbana-Champaign; B. Rosen, Tel-Aviv University, Israel

9:20am CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM-5 Atomic-Scale Dynamics of Epitaxial Oxide Growth During Cu Oxidation Revealed by in Situ ETEM and DFT, Meng Li, M. Curnan, S. House, W. Saidi, J. Yang, University of Pittsburgh

9:40am CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM-6 Ultrathin Free-Standing Oxide Membranes for Environmental Spectroscopic Study of Solid-Gas and Solid-Liquid Interface, X. Zhao, Lawrence Berkeley National Laboratory (LBNL), China; Y. Lu, Lawrence Berkeley National Laboratory (LBNL), Taiwan; C. Carlos, Lawrence Berkeley National Laboratory (LBNL), Spain; M. van Spronsen, Diamond Light Source, UK, Netherlands; Miquel Salmeron, Lawrence Berkeley National Laboratory (LBNL) 10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: HC+SS-ThM-10 Virtual Presentation: Reversible Surface Transformation Enables the Revivification of Mixed Metal Hydroxide Water Oxidation Catalysts, C. Kuai, Feng Lin, Virginia Tech

11:20am

11:40am HC+SS-ThM-12 Sum Is Better Than the Parts: CrCoFeNi High Entropy Alloy as Hydrogen Evolution Catalyst in Acidic Solution, Frank McKay, Louisiana State University; Y. Fang, Louisiana State Universityt; O. Kizilkaya, Louisiana State University; P. Singh, Ames Laboratory; D. Johnson, Iowa State University; A. Roy, D. Young, P. Sprunger, J. Flake, W. Shelton, Y. Xu, Louisiana State University 12:00pm

Thursday Morning, October 28, 2021 54 8:00 AM Thursday Morning, October 28, 2021

Magnetic Interfaces and Nanostructures Division Nanoscale Science and Technology Division Room 209DE W - Session MI+2D+TF-ThM Room 209F W - Session NS+AP+BI+SS-ThM Topological Insulators Heterostructures and Magnetic Advances in Scanning Probe Technologies Spin Structures in Real and Momentum Space Moderators: Moderator: Thomas Feggeler, Lawrence Berkeley National Dalia Yablon, SurfaceChar LLC, USA, Laboratory, USA Markus Raschke, University of Colorado at Boulder, USA

8:00am MI+2D+TF-ThM-1 Defects in Magnetic Weyl Semimetal Co3Sn2S2, Zheng INVITED: NS+AP+BI+SS-ThM-1 Vibrational Exciton and Polaron Nano- Gai, Q. Zou, M. Fu, L. Zhang, Oak Ridge National Laboratory; R. Xue, University of Imaging: New Functional Nano-Imaging for Molecular Electronic, Tennessee Knoxville; J. Yan, Oak Ridge National Laboratory; M. David, University of Photonic, and Photovoltaic Materials, Markus Raschke, University of Tennessee Knoxville; M. Yoon, Oak Ridge National Laboratory, USA Colorado

8:20am MI+2D+TF-ThM-2 The Critical Role of Checkerboard Spin Fluctuations in High-Tc Single Layer Iron Chalcogenide Superconductors, Qiang Zou, H. Zhang, West Virginia University; T. Shishidou, M. Weinert, University of Wisconsin Milwaukee; L. Li, West Virginia University

8:40am MI+2D+TF-ThM-3 Effect of Sn Doping on Surface States of Bi2Se3 Thin NS+AP+BI+SS-ThM-3 Open-Loop Amplitude-Modulation Kelvin Probe Films, Jennifer DeMell, G. Stephen, Laboratory for Physical Sciences; I. Naumov, Force Microscopy Implemented in Single-Pass Peakforce Tapping Mode, Howard University; S. Tyagi, University of Maryland, College Park; O. Vail, Army Gheorghe Stan, P. Namboodiri, National Institute of Standards and Technology Research Laboratory; M. , University of Maryland, College Park; R. Butera, A. Hanbicki, Laboratory for Physical Sciences; P. Taylor, Army Research Laboratory; I. Mayergoyz, University of Maryland, College Park; P. Dev, Howard University; A. Friedman, Laboratory for Physical Sciences 9:00am MI+2D+TF-ThM-4 Scanning NV Magnetometry for Semiconductor NS+AP+BI+SS-ThM-4 Nano-Mechanical Characterization of Organic Device Analysis, U. Celano, IMEC, Belgium; Peter Rickhaus, H. Zhong, Qnami AG, Micro-Inclusions in Flint, Sidney Cohen, I. Rosenhek-Goldian, Weizmann Switzerland; F. Ciubotaru, IMEC, Belgium; L. Stoleriu, Alexandru Ioan Cuza Institute of Science, Israel; T. Corrales, Technical University Federico , University, Romania; A. Stark, F. Favaro de Oliveira, M. Munsch, Qnami AG, Brazil; F. Natalio, Weizmann Institute of Science, Israel; A. Cernescu, Neaspec, Switzerland; P. Favia, M. Korytov, P. Van Marcke, IMEC, Belgium; P. Maletinsky, Germany Qnami AG, Switzerland; C. Adelmann, P. van der Heide , IMEC, Belgium 9:20am INVITED: MI+2D+TF-ThM-5 Building New Platforms to Form Non- NS+AP+BI+SS-ThM-5 Machine Learning to Enhance Analysis of AFM Abelian Excitations, Y. Wang, Purdue University, China; T. Wu, Purdue Images, Dalia Yablon, SurfaceChar; I. Chakraborty, Stress Engineering University, Taiwan; A. Kazakov, Purdue University, Russian Federation; G. Simion, Purdue University; K. West, L. Pfeiffer, Princeton University; Y. Lyanda-Geller, Leonid Rokhinson, Purdue University 9:40am NS+AP+BI+SS-ThM-6 Multiparametric Nano-Characterization of Polymer Composites Using Correlative AFM/SEM, Santiago Andany, M. Neuenschwander, EPFL, Switzerland

10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am INVITED: MI+2D+TF-ThM-10 Magnetism in Topological Crystalline INVITED: NS+AP+BI+SS-ThM-10 Virtual Presentation: Visualizing Inside Insulator Heterostructures, Badih Assaf, University of Notre Dame of 3D Self-Organizing Systems by 3D-AFM, Takeshi Fukuma, Kanazawa University, Japan

11:20am

11:40am NS+AP+BI+SS-ThM-12 Correlative Imaging With Chemical Identification and Mechanical Mapping at the Nanometer Scale, Shuiqing Hu, M. Wagner, W. Wang, H. Mittel, C. Su, Bruker Nano Surfaces Inc

12:00pm NS+AP+BI+SS-ThM-13 High-Speed Scanning Ion Conductance Microscopy (SICM) for Imaging Cellular Process, Georg Fantner, S. Leitao, B. Drake, V. Navikas, A. Radenovic, EPFL, Switzerland

Thursday Morning, October 28, 2021 55 8:00 AM Thursday Morning, October 28, 2021

Advanced Surface Engineering Division Plasma Science and Technology Division Room 210 W - Session SE+BI+SS-ThM Room 211 W - Session PS+AP+TF-ThM Nanostructured and Multifunctional Thin Films and Plasma-assisted Deposition and ALD Coatings Moderators: Moderators: Erwin Kessels, Eindhoven University of Technology, Netherlands, Suneel Kodambaka, University of California Los Angeles, USA, Yohei Ishii, Hitachi High Technologies America Inc., USA Jyh-Wei Lee, Ming Chi University of Technology, Taiwan 8:00am INVITED: SE+BI+SS-ThM-1 High-Entropy Ceramic Thin Films; A Case Study of Nitrides, Oxides and Diborides, Paul Mayrhofer, A. Kirnbauer, V. Moraes, TU Wien, Institute of Materials Science and Technology, Austria; P. Polcik, Plansee Composite Materials GmbH, Germany 8:20am

8:40am SE+BI+SS-ThM-3 Enhanced Oxidation Resistance of Cr2AlC MAX Phase PS+AP+TF-ThM-3 Towards Low-Temperature Epitaxy of β-Ga2O3 Films Coatings through Tailoring of Substrate Microstructure, Clio Azina, via Plasma-enhanced ALD, S. Ilhom, A. Mohammad, D. Shukla, B. Willis, Necmi Materials Chemistry, RWTH Aachen, Germany; J. Gonzalez-Julian, BIYIKLI, University of Connecticut Forschungszentrum Jülich GmbH, Germany; P. Eklund, Thin Film Physics Division, Linköping University, Sweden; J. Schneider, Materials Chemistry, RWTH Aachen, Germany 9:00am SE+BI+SS-ThM-4 Phase Formation and Thermal Stability of Reactively PS+AP+TF-ThM-4 Area Selective Plasma Enhanced Chemical Vapor and Non-Reactively Sputtered High-Entropy Metal-Sublattice Carbides, Deposition of Silicon Using a Fluorinated Precursor, Ghewa Akiki, LPICM- Alexander Kirnbauer, TU Wien, Institute of Materials Science and Technology, CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, France; S. Filonovich, Austria; P. Polcik, Plansee Composite Materials GmbH, Germany; P. Mayrhofer, TU TOTAL GRP, France; M. Bouttemy, M. Fregnaux, Institut Lavoisier de Versailles, Wien, Institute of Materials Science and Technology, Austria UMR CNRS 8180, Université de Versailles-St-Quentin, France; I. Florea, P. Bulkin, E. Johnson, LPICM-CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, France 9:20am SE+BI+SS-ThM-5 Alloying of Period VI Transition Metal Boride-Based INVITED: PS+AP+TF-ThM-5 Area-Selective Deposition Through Surface Coatings for Ultra-High Temperature Oxidation Protection, Thomas Engineering, Silvia Armini, IMEC, Belgium Glechner, R. Hahn, A. Bahr, Christian Laboratory for Surface Engineering of high-performance Components, TU Wien, Austria; T. Wojcik, Institute of Materials Science and Technology, TU Wien, Austria; M. Weiss, Institute of Chemical Technologies and Analytics, TU Wien, Austria; J. Ramm, O. Hunold, Oerlikon Surface Solutions AG, Liechtenstein; S. Kolozsvári, Plansee Composite Materials GmbH, Germany; H. Riedl, Christian Doppler Laboratory for Surface Engineering of high-performance Components, TU Wien, Austria 9:40am SE+BI+SS-ThM-6 Versatile Polymer Nanoparticle Synthesis Using Initiated Chemical Vapor Deposition (iCVD), Trevor Donadt1, D. Streever, R. Yang, Cornell University 10:00am BREAK - Complimentary Coffee in Exhibit Hall BREAK - Complimentary Coffee in Exhibit Hall

10:20am

10:40am

11:00am SE+BI+SS-ThM-10 Enhancing the Surface Properties of Polymethyl PS+AP+TF-ThM-10 Combinatorial Synthesis of Quaternary Oxide Methacrylate by TiO2 Atomic Layer Deposition, Mina Shahmohammadi, E. Emitters by Reactive Co-Sputtering for CdTe Solar Cells, G. Yeung, Colin Pensa, H. Bhatia, B. Yang, G. Jursich, C. Takoudis, University of Illinois - Chicago Wolden, Chemical and Biological Engineering Department, Colorado School of Mines, USA 11:20am SE+BI+SS-ThM-11 Corrosion Induced Diffusion Pathways in Thin Film PS+AP+TF-ThM-11 Microplasma-Assisted Atomic Layer Deposition and Materials Investigated by Atom Probe Tomography, Oliver E. Hudak, E. Etching Free Patterning of Ga2O3 Film with Enhanced DUV Aschauer, Christian Doppler Laboratory for Surface Engineering of high- Photoresponse, Jinhong Kim, A. Micronov, University of Illinois at Urbana performance Components, TU Wien, Austria; V. Dalbauer, Department of Champaign; D. Sievers, University of Illinois Urbana Champaign; S. Park, University Materials Science, Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany; L. of Illinois at Urbana Champaign; J. Eden, University of illinois Urbana Champaign Shang, O. Hunold, M. Arndt, Oerlikon Balzers, Oerlikon Surface Solutions AG, Liechtenstein; P. Polcik, Plansee Composite Materials GmbH, Germany; P. Felfer, Department of Materials Science, Friedrich-Alexander-Universität Erlangen- Nürnberg, Germany; H. Riedl, Christian Doppler Laboratory for Surface Engineering of high-performance Components, TU Wien, Austria 11:40am PS+AP+TF-ThM-12 Effects of the N-Source on the Growth and the Properties of TiN Conformal Thin Films Fabricated by Plasma-Enhanced Atomic Layer Deposition, Clémence Badie, Aix-Marseille University, France; M. Barr, J. Bachmann, Friedrich-Alexander-University Erlangen-Nürnberg (FAU), Germany; H. Tissot , Aix-Marseille University, France; T. Defforge, G. Gautier , Tours University , France; L. Santinacci, Aix-Marseille University, France 12:00pm PS+AP+TF-ThM-13 Silica Barrier Coatings Deposited Using a Variable Frequency Microwave Torch for the Bonding of Dissimilar Materials, Zachary Jeckell, D. Patel, University of Illinois at Urbana Champaign; A. Herschberg, University of Illinois Urbana-Champaign; T. Choi, M. Leoschke, University of Illinois at Urbana Champaign; D. Barlaz, University of Illinois Urbana- Champaign; I. Shchelkanov, B. Jurczyk, Starfire Industries; D. Ruzic, University of Illinois at Urbana Champaign

1 National Student Award Finalist Thursday Morning, October 28, 2021 56 8:00 AM Thursday Afternoon, October 28, 2021 2D Materials Actinides and Rare Earths Focus Topic Room 206A W - Session 2D+EM+LD+SS-ThA Room 206B W - Session AC+LS-ThA 2D Materials for Device Applications Early Career Scientists Moderator: Moderators: Brian LeRoy, University of Arizona, USA David Shuh, Lawrence Berkeley National Laboratory, USA, James G. Tobin, University of Wisconsin-Oshkosh, USA 2:20pm INVITED: 2D+EM+LD+SS-ThA-1 Brain Inspired Electronics and INVITED: AC+LS-ThA-1 Chemical and Microstructural Analysis of Nuclear Neuromorphic Computing Based on 2D Materials, Saptarshi Das, Fuels at Nano-Length Scale Using Atom Probe Tomography, Mukesh Pennsylvania State University Bachhav, Idaho National Laboratory

2:40pm

3:00pm 2D+EM+LD+SS-ThA-3 In-Situ Characterization of Mos2 Based Field Effect AC+LS-ThA-3 Interrogating the Surface Chemistry of Nanoscale Uranium Transistors During Ion Irradiation, Artur Erbe, Helmholtz-Zentrum Dresden - Oxides, Liane Moreau, H. Johnson, Washington State University Rossendorf, Germany; Z. Fekri, P. Chava, Helmholtz Zentrum Dresden-Rossendorf, Germany; G. Hlawacek, Helmholtz-Zentrum Dresden - Rossendorf, Germany

3:20pm INVITED: 2D+EM+LD+SS-ThA-4 Multifunctional Memristive Switching in AC+LS-ThA-4 Detection of Covalency in Pu(IV) Materials: Spectroscopic 2D Magnets and Charge Density Waves, Adam Wei Tsen, University of and Computational Tools, Bianca Schacherl, Karlsruhe Institute of Technology Waterloo, Canada (KIT), Institute for Nuclear Waste Disposal (INE), Germany; P. Bagus, Center for Advanced Scientific Computing and Modeling (CASCaM) Department of Chemistry University of North Texas; A. Beck, Karlsruhe Institute of Technology (KIT), Institute for Nuclear Waste Disposal (INE), Germany; M. Tagliavini, Heidelberg University, Institute for theoretical physics, Germany; M. Trumm, Karlsruhe Institute of Technology (KIT), Institute for Nuclear Waste Disposal (INE), Germany; M. Haverkort, Heidelberg University, Institute for theoretical physics, Germany; T. Vitova, Karlsruhe Institute of Technology (KIT), Institute for Nuclear Waste Disposal (INE), Germany

3:40pm AC+LS-ThA-5 Tuning Formation of Large Uranium Oxide Cluster Ions from the Surface of Depleted Uranium Under Static Bombardment Using Ga+ During ToF-SIMS, Shohini Sen-Britain, A. Nelson, Lawrence Livermore National Laboratory

4:00pm 2D+EM+LD+SS-ThA-6 Two Dimensional TMDs Based Thermo-Electric AC+LS-ThA-6 XPS, UPS Study of Pure and Alloyed U Hydrides, Oleksandra Devices for Energy Harvesting from Waste Heat, Sangram Pradhan, M. Koloskova, E. Tereshina-Chitrova, M. Paukov, Charles University, Prague, Czech Mbaye, M. Behera, M. Bahoura, Norfolk State University Republic; T. Gouder, European Commission, JRC. Institute for Transuranium Elements, Germany; J. Kolorenč, Institute of Physics, Czech Academy of Sciences, Czechia; L. Havela, Charles University, Prague, Czech Republic

Thursday Afternoon, October 28, 2021 57 2:20 PM Thursday Afternoon, October 28, 2021

Applied Surface Science Division Applied Surface Science Division Room 209C W - Session AS+BI+CA+LS+SS-ThA Room 209DE W - Session AS+HC+PS+SE+SM-ThA Quantitative Surface Analysis III Modification of Surfaces and Interfaces for Practical Moderators: Applications Christopher Szakal, NIST, USA, Moderators: Gregory L. Fisher, Physical Electronics, USA, Carl A. Ventrice, Jr., SUNY Polytechnic Institute, USA Christine Mahoney, Corning Inc., USA 2:20pm AS+BI+CA+LS+SS-ThA-1 In-situ Optical Probe of Adsorption Isotherms AS+HC+PS+SE+SM-ThA-1 Formation of Black Silicon-Like Nanostructures and the Formation of Surface States on Cu (110) in Electrolyte, Saul During Flat-Top Femtosecond Laser Ablation in Atmosphere, Jason Gross, Vazquez Miranda, Johannes Kepler Universität, Zentrum für Oberflächen und L. Hanley, University of Illinois at Chicago Nanoanalytik, Austria; R. Balderas Navarro, Universidad Autónoma de San Luis Potosí (UASLP), Instituto de Investigación en Comunicación Optica , Mexico; K. Hingerl, Johannes Kepler Universität, Zentrum für Oberflächen und Nanoanalytik, Austria; C. Cobet, Johannes Kepler Universität, Linz School of Education, Austria

2:40pm AS+BI+CA+LS+SS-ThA-2 A Spin Imaging Detector for Momentum AS+HC+PS+SE+SM-ThA-2 Surface Functionalization and Atomic Layer Microscopy and ARPES, Stefan Böttcher, M. Johansson, T. Kampen, O. Schaff, Deposition of Binary Metal Oxides on Mos2 Surfaces, Theodosia Gougousi, M. Wietstruk, X. Wang, SPECS Surface Nano Analysis GmbH, Germany; B. Li, C. Liu, J. Kropp, C. Ataca, UMBC SUSTech, China

3:00pm AS+BI+CA+LS+SS-ThA-3 Strain Enhancement of Localized Surface AS+HC+PS+SE+SM-ThA-3 Ex-Situ, Surface and Bulk Investigations of Diffusion of Atomic Species Using Surface Acoustic Wave Devices on Defluxing Chemistry Effects on Solder Mask, J. Elliott , Sandia Piezoelectric Substrates, Brian Rummel, L. Miroshnik, University of New National Laboratories; R. Gerhardt, Georgia Institute of Technology; J. Ohlhausen, Mexico; A. Li, T. Sinno, University of Pennsylvania; G. Balakrishnan, S. Han, R. Callaway, Sandia National Laboratories; M. Watt, Georgia Institute of University of New Mexico Technology; S. Rosenberg, Sandia National Laboratories

3:20pm AS+BI+CA+LS+SS-ThA-4 A New Compact Electron Detector for REELS AS+HC+PS+SE+SM-ThA-4 Unravelling the Ion-Energy-Dependent and Elastic Peak Spectroscopy, Philippe Staib, Staib Instruments Structure Evolution and Its Implications for the Elastic Properties of (v,Al)NThin Films, Soheil Karimi Aghda, Chair of Materials Chemistry (MCh), RWTH Aachen University, Germany; D. Music, Department of Materials Science and Applied Mathematics, Malmö University, Sweden; Y. Unutulmazsoy, Leibniz Institute of Surface Engineering (IOM), Germany; H. Sua, S. Mráz, M. Hans, Chair of Materials Chemistry (MCh), RWTH Aachen University, Germany; D. Primetzhofer, Department of Physics and Astronomy, Uppsala University, Sweden; A. Anders, Leibniz Institute of Surface Engineering (IOM), Germany; J. Schneider, Chair of Materials Chemistry (MCh), RWTH Aachen University, Germany

3:40pm AS+HC+PS+SE+SM-ThA-5 Correlative Experimental and Theoretical Investigations of the Interfacial Bond Formation of Ti, Al, and TiAl Thin Films Deposited on Polycarbonate, Lena Patterer, P. Ondracka, D. Bogdanovski, L. Jende, J. Schneider, RWTH Aachen University, Germany

4:00pm

Thursday Afternoon, October 28, 2021 58 2:20 PM Thursday Afternoon, October 28, 2021

Chemical Analysis and Imaging at Interfaces Focus Topic Advanced Ion Microscopy and Ion Beam Nano- Room 209A W - Session engineering Focus Topic CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA Room 207ABC W - Session HI-ThA In Situ Microscopy, Spectroscopy and Processing at Novel Beam Induced Material Engineering & Nano Liquid-Solid-Gas Interfaces II patterning Moderators: Andrei Kolmakov, National Institute of Standards Moderators: and Technology (NIST), USA, Miguel B. Salmeron, Lawrence Olga S. Ovchinnikova, Oak Ridge National Laboratory, USA, Berkeley National Laboratory (LBNL), USA Shinichi Ogawa, AIST, Japan 2:20pm INVITED: CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA-1 Probing Catalytic INVITED: HI-ThA-1 Virtual Presentation: Nanoscale Vortex Pinning and Electrochemical Interfaces with Soft X-ray Spectroscopies under Structures in High-Temperature Superconductors Created in a Helium Real-world Conditions, Robert Weatherup, University of Oxford, UK Ion Microscope, Wolfgang Lang, B. Aichner, University of Vienna, Austria; M. Karrer, K. Wurster, Universität Tübingen, Germany; V. Misko, Universiteit Antwerpen, Belgium; K. Mletschnig, University of Vienna, Austria; M. Dosmailov, Al-Farabi Kazakh National University, ; J. Pedarnig, University of Linz, Austria; F. Nori, RIKEN, Japan; R. Kleiner, E. Goldobin, D. Koelle, Universität Tübingen, Germany

2:40pm

3:00pm INVITED: CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA-3 Virtual HI-ThA-3 Low Energy Ion Beam Backside Circuit Edit Applications in Presentation: In-Situ/Operando Soft X-Ray Spectroscopy FinFET Devices, Muhammad Usman Raza, R. Livengood, T. Malik, V. Characterization of Chemical Interfaces, Y. Liu, X. Feng, Lawrence Berkeley Harotoonian, Intel Corporation; Z. Malamud, I. Ronen, Intel Corporation, Israel; S. National Laboratory (LBNL); Jinghua Guo, Lawrence Berkeley National Laboratory Tan, Intel Corporation; M. Wong, Thermo Fisher Scientific; O. Sidorov, Thermo Fisher Scientific

3:20pm

3:40pm CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA-5 Surface Inhomogeneities of (Pr,Ba)CoO3 Electrocatalysts Induced by High Temperature and Oxygen Partial Pressures, David Mueller, M. Giesen, T. Duchon, C. Schneider, Forschungszentrum Juelich GmbH, Germany

4:00pm CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA-6 Factors Influencing HI-ThA-6 Circuit Edit Capability Review of Ne+ Ion Beam for Intel 10 nm Surface Carbon Contamination in Ambient-Pressure X-Ray Process Node, Waqas Ali, S. Tan, R. Hallstein, R. Livengood, Intel Corporation Photoelectron Spectroscopy Experiments, Nicolo' Comini, Z. Novotny, J. Diulus, University of Zurich, Switzerland; T. Huthwelker, Paul Scherrer Institut, Switzerland; J. Osterwalder, University of Zurich, Switzerland

Thursday Afternoon, October 28, 2021 59 2:20 PM Thursday Afternoon, October 28, 2021

Plasma Science and Technology Division Plasma Science and Technology Division Room 209F W - Session PS-ThA Room 211 W - Session PS+SE-ThA Plasma Diagnostics, Sensors and Control Plasma Sources Moderators: David Boris, U.S. Naval Research Laboratory, USA, Moderators: Michael Johnson, Naval Research Laboratory, USA, John Arnold, IBM Research Division, Albany, NY, USA Ryan Gasvoda, Lam Research Corp., USA 2:20pm PS-ThA-1 Molecular Beam Mass Spectrometry to Measure Absolute PS+SE-ThA-1 Dielectric Barrier-Free Atmospheric Plasma System, M. Densities of Ions, Vibrationally and Electronically Excited Species in Gulan, Vladimir Milosavljevic, School of Physics & Clinical & Optometric Sciences, Atmospheric Pressure Plasmas, Jingkai Jiang, Y. Aranda Gonzalvo, P. Technological University Dublin, Dublin, Ireland Bruggeman, University of Minnesota

2:40pm PS-ThA-2 Effects of Outside Circuit on Capacitively Coupled Plasma PS+SE-ThA-2 Biphasic Dielectric Barrier Discharge Microreactor for Based on 1D Circuit Modeling and Experiments, Yuhua Xiao, North Carolina Continuous Production of Hydrogen Peroxide, Panagiotis Dimitrakellis, F. State University; S. Nam, H. Lee, J. Lee, Samsung, Korea (Republic of); S. Shannon, Cameli, T. Chen, D. Vlachos, University of Delaware North Carolina State University

3:00pm PS-ThA-3 Incorporating Electronegative Feedback Mechanisms in a INVITED: PS+SE-ThA-3 Linear Hollow Cathode Plasma Source and the Global Plasma Circuit Model for Pulsed Power Delivery, Carl Smith, North Deposition of Silicon Oxide Materials, John Chambers, AGC; E. Michel, G. Carolina State University; S. Nam, K. Bae, J. Lee, Samsung Mechatronics R&D Arnoult, AGC, Belgium Center, Korea (Republic of); S. Shannon, North Carolina State University

3:20pm PS-ThA-4 Plasma Characterization: Radical Recombination Sensor Based on Dual Probe Thermopile Heat Flux Sensors, Han Velthuis, Researcher, Netherlands

3:40pm PS-ThA-5 Double Curling Probe Method for in-situ Monitoring of PS+SE-ThA-5 Low Energy, High Flux Density Ion Assisted E-Beam Electron Density and Film Thickness for Application, Daisuke Ogawa, H. Evaporation Using a Tunable and Robust Rf Plasma Ion Source, M. Reilly, Sugai, K. Nakamura, Chubu University, Japan R. Viswan, David Douglass, Denton Vacuum, LLC

4:00pm PS+SE-ThA-6 Two-Dimensional Particle-in-Cell Simulation for Spatial Nonuniformity of Ion Energy and Angle Distributions in Dual-Frequency Capacitively Coupled Ar Plasmas, Ji Hyun Shin, C. Kim, G. Park, H. Kim, H. Lee, Pusan National University, Korea (Republic of)

Thursday Afternoon, October 28, 2021 60 2:20 PM Thursday Afternoon, October 28, 2021

Materials and Processes for Quantum Information Advanced Surface Engineering Division Science Focus Topic Room 210 W - Session SE+AS+LS+MN+SS-ThA Room 208 W - Session QS+EM+VT-ThA Mechanical and Tribological Properties/Characterization Color Centers: From Materials to Quantum Technologies of Thin Films and Coatings Moderator: Philippe Bouyer, CNRS, France Moderators: Filippo Mangolini, The University of Texas at Austin, USA, Matjaz Panjan, Jozef Stefan Institute, Slovenia 2:20pm INVITED: QS+EM+VT-ThA-1 Empowering Quantum Photonics with INVITED: SE+AS+LS+MN+SS-ThA-1 Catalytically Active Nanocomposite Nanoplasmonics and Machine Learning, Vladimir Shalaev, A. Boltasseva, Coatings for Tribological Applications, Giovanni Ramirez, Oxford Instruments; Purdue University O. Eryilmaz, A. Erdemir, Argonne National Laboratory

2:40pm

3:00pm INVITED: QS+EM+VT-ThA-3 Probing Material Properties With a SE+AS+LS+MN+SS-ThA-3 In-Situ Raman Approaches for Studying Nanoscale Quantum Sensor, Joerg Wrachtrup, University of Stuttgart, Tribological Surfaces, Andrey Voevodin, A. Shirani, E. Cairns, K. Jacques, M. Germany Dockins, A. Killam, S. Aouadi, D. Berman, University of North Texas; J. Mogonye, S. Berkibile, DEVCOM Army Research Laboratory

3:20pm SE+AS+LS+MN+SS-ThA-4 Molecular Dynamics Investigation of Adhesion between MoS2 Coated Scanning Probes, J. David Schall, S. Toom, North Carolina A&T State University; T. Sato, R. Carpick, University of Pennsylvania; Y. Jeng, National Chung Cheng University, Taiwan; N. Glavin, Air Force Research Laboratory, United States Virgin Islands; C. Muratore, University of Dayton

3:40pm INVITED: QS+EM+VT-ThA-5 Organic Color Center: A New Class of SE+AS+LS+MN+SS-ThA-5 Influence of the Nature of the Terminal Group Quantum Materials, Han Htoon, Los Alamos National Laboratory on the Rate of Tribochemical Reaction of Carboxylic Acids on Copper, Resham Rana, W. Tysoe, University of Wisconsin Milwaukee

4:00pm SE+AS+LS+MN+SS-ThA-6 Advances in Fatigue Testing of Protective Coatings: A Case Study on Cr-Based Ceramics, L. Zauner, R. Hahn, Christian Doppler Laboratory for Surface Engineering of high-performance Components, TU Wien, Austria; M. Alfreider, Department of Materials Science, Montanuniversität Leoben, Leoben, Austria; P. Polcik, Plansee Composite Materials GmbH, D-86983 Lechbruck am See, Germany; O. Hunold, Oerlikon Balzers, Oerlikon Surface Solutions AG, Liechtenstein; D. Kiener, Department of Materials Science, Montanuniversität Leoben, Leoben, Austria; Helmut Riedl, Christian Doppler Laboratory for Surface Engineering of high-performance Components, TU Wien, Austria

Thursday Afternoon, October 28, 2021 61 2:20 PM Thursday Afternoon, October 28, 2021

Surface Science Division Thin Films Division Room 209B W - Session SS+2D+AP+BI+NS+TF-ThA Room 207D W - Session TF+2D+AP+SS-ThA Molecular Organization at Surfaces ALD and CVD: Surface Reactions, Mechanisms, and Moderators: Xingyi Deng, National Energy Technology Precursors Laboratory, USA, Rachel Farber, University of Chicago, USA 2:20pm INVITED: SS+2D+AP+BI+NS+TF-ThA-1 Molecular Nanostructures on INVITED: TF+2D+AP+SS-ThA-1 Virtual Presentation: A Comparative Metals vs. Graphene: Towards Preserving Functional Properties, Meike Study on the Heteroleptic Ti Precursors for ALD of TiO2: DFT Calculations Stöhr, University of Groningen, Netherlands and ALD Experiments, H. Kim, R. Hidayat, S. Kim, J. Kim, Y. Choi, Won-Jun Lee, Sejong University, Korea (Republic of)

2:40pm

3:00pm SS+2D+AP+BI+NS+TF-ThA-3 Characterizing The CH3SSCH3‐Au(111) TF+2D+AP+SS-ThA-3 A Machine-Learnt Volatility Model for the Rapid System From Single Molecules To Full Surface Coverage – A Scanning Selection of Precursors for Deposition and Etch, Simon Elliott, Schrödinger, Tunneling Microscopy Study, Yi Zhang, D. Lee, Washington State University, Ireland; A. Chandrasinghe, A. Chandrasekaran, Y. An, M. Halls, Schrödinger US; K. Hipps, Washington State University

3:20pm SS+2D+AP+BI+NS+TF-ThA-4 Chemically Resolving Metal Supported TF+2D+AP+SS-ThA-4 Mechanism-Based Precursor Design for CVD of Regioisomeric Assemblies at the Angstrom Scale using Ultrahigh Metal Sulfides, I. Germaine, E. Ferenczy, S. Muhammed, Lisa McElwee-White, Vacuum Tip-Enhanced Raman Spectroscopy: Conformations & University of Florida Interactions, Sayantan Mahapatra1, J. Schultz, L. Li, N. Jiang, University of Illinois at Chicago

3:40pm SS+2D+AP+BI+NS+TF-ThA-5 Laser-Photoemission Electron Microscopy TF+2D+AP+SS-ThA-5 Pyroelectric Heat Detection for In Situ —Deciphering the Morphology of Semi-Crystalline Polymer Films, Falk Measurement of ALD Reaction Heat, Ashley R. Bielinski, E. Sprague-Klein, B. Niefind, Physical Measurement Laboratory, National Institute of Standards and Phelan, A. Martinson, Argonne National Laboratory Technology (NIST); S. Mannsfeld, Technische Universität Dresden, Germany; S. Karande, A. Kahnt, B. Abel, Leibniz Institute of Surface Engineering (IOM), Germany

4:00pm SS+2D+AP+BI+NS+TF-ThA-6 On-Surface Synthesis of Graphene TF+2D+AP+SS-ThA-6 Characterization and Control of Energetic Nanostructures on Non-Metallic Substrates, M. Kolmer, W. Ko, An-Ping Li, Reactions in the Downstream Sections of Deposition Tools, Y. Liu, N. Lim, Oak Ridge National Laboratory Taylor Smith, X. Sang, J. Chang, University of California, Los Angeles

1 National Student Award Finalist Thursday Afternoon, October 28, 2021 62 2:20 PM Thursday Evening, October 28, 2021

Actinides and Rare Earths Focus Topic AS-ThP-13 Hydrogen Detection by SnO2-Based Core-Shell Nanowires With Room Ballroom BC - Session AC-ThP Varying Shell Thicknesses Grown by Atomic Layer Deposition, Muhammad Actinides and Rare Earths Poster Session Hamid Raza, Humboldt-Universität zu Berlin, Germany; N. Kaur, E. Comini, University of Brescia, Italy; N. Pinna, Humboldt-Universität zu Berlin, Germany 4:30pm AS-ThP-14 In Situ Spectroscopy Beamline at the Swiss Light Source, Zbynek AC-ThP-1 Broadening of the XPS Spectra of U Oxides, C. Nelin, Consultant; Paul Novotny, University of of Zürich & Paul Scherrer Institute, Switzerland S. Bagus, University of North Texas AS-ThP-15 Adsorption Study of L-Cysteine Self-Assembled Monolayers on Au AC-ThP-6 EXAFS as a Probe of Actinide Oxide Formation in the Tender X-Ray (100) Surface by Scanning Tunnelling Microscopy and Ab-Initio Methods, V. Regime, James Tobin, University of Wisconsin-Oshkosh; S. Nowak, SLAC National Franco, S. Rodríguez-Sotelo , Instituto de Física del Litoral (CONICET-UNL), Argentina; G. Accelerator Laboratory; S. Yu, Lawrence Livermore National Lab; R. Alonso-Mori, T. Kroll, Ruano-Sandoval, Centro Atómico Bariloche (CNEA), Argentina; M. Passeggi (h), Instituto D. Nordlund, T. Weng, D. Sokaras, SLAC National Accelerator Laboratory de Física del Litoral (CONICET-UNL) , Argentina; Florencia Calaza, Instituto de Desarrollo Tecnológico para la Industria Química (CONICET-UNL), Argentina AC-ThP-9 Development of the High-T CDW in REPt2Si2, Volodymyr Buturlim, P. Dolezal, Charles University, Czechia; E. Duverger-Nedellec, Sorbonne Université, France; AS-ThP-16 Analysis of Thin Film Specimens Using ToF-SIMS Wedge Protocol, A. Andreev, Institute of Physics of the Czech Academy of Sciences, Czechia; M. Falkowski, A Comparison with Depth Profiling, Vincent Smentkowski, S. Goswami, GE-GRC; F. Institute of Molecular Physics, Poland; K. Gofryk, Idaho National Laboratory; L. Havela, Kollmer, J. Zakel, H. Arlinghaus, D. Rading, IONTOF GmbH, Germany Charles University, Czech Republic AS-ThP-17 Monte Carlo Evaluation of Uncertainty in Hurst Exponents Applied Surface Science Division Computed from Power Spectral Analysis of Atomic Force Microscopy Images, Robert Chrostowski, Z. Li, F. Mangolini, University of Texas at Austin Room Ballroom BC - Session AS-ThP Applied Surface Science Division Poster Session Chemical Analysis and Imaging at Interfaces Focus Topic 4:30pm Room Ballroom BC - Session CA-ThP AS-ThP-1 Controlling Interface Roughness to Modify the Electronic Properties Chemical Analysis and Imaging at Interfaces Poster Session of Ag/MgO Multilayer Structures, Jeff Terry, Illinois Institute of Technology 4:30pm AS-ThP-2 ALD Overcoating for Hydrogenation and Dehydrogenation CA-ThP-1 Evaluating the Robustness of ToF-SIMS Imaging of Black Ballpoint Catalysts, Staci Moulton, Forge Nano Ink Intersections Over Time, Robyn Goacher, Materion Corp. AS-ThP-3 Box Plots: A Simple Graphical Tool for Visualizing Overfitting in Peak CA-ThP-3 Graphene Encapsulation Platform for Multi-Technique Fitting as Demonstrated with X-ray Photoelectron Spectroscopy Data, Behnam Spectromicroscopy of Biological Cells and Hydrated Objects, C. Arble, NIST- Moeini, H. Haack, Brigham Young University; N. Fairley, Casa Software Ltd, UK; V. Gaithersburg; H. Guo, Southeast University, Nanjing, China; A. Matruglio, University Fernandez, CNRS, Institut des Matériaux Jean Rouxel, IMN, Université de Nantes, France; College London, UK; L. Vaccari, Elettra-Sincrotrone Trieste, Italy; Andrei Kolmakov, NIST- T. Gengenbach , C. Easton, Commonwealth Scientific and Industrial Research Gaithersburg Organization (CSIRO) Manufacturing, Australia; M. R.Linford, Brigham Young University AS-ThP-4 Current Trends in XPS Data Analysis, Including Major Errors and the Fundamental Discoveries in Heterogeneous Catalysis Focus Most Common Elements and Materials Analyzed, George Major, Brigham Young Topic University; T. Avval, B. Moeini, Brigham Young University; A. Herrera Gomez, CINVESTAV-Unidad Querétaro, México; C. Easton, T. Gengenbach, CSIRO, Australia; W. Room Ballroom BC - Session HC-ThP Skinner, Future Industries Institute, University of South Australia, Australia; D. Baer, Fundamental Discoveries in Heterogeneous Catalysis Poster Pacific Northwest National Laboratory; M. Linford, Brigham Young University Session AS-ThP-5 XPS Depth Profiling of Metal-Halide Perovskites, C. Clark, Department 4:30pm of Chemical Engineering and Materials Science, University of Minnesota, Minneapolis, MN 55455, USA.; Jennifer Mann, B. Schmidt, K. Artyushkova, J. Newman, Physical HC-ThP-2 Beam Reflectivity Measurements of Ethane Dissociation on High Electronics, Inc.; E. Aydil, New York University; R. , University of Minnesota, Temperature Nickel Single-Crystal Surfaces, Molly Powers, D. Tinney, L. Joseph, A. Utz, Tufts University AS-ThP-6 Surface Reactions between Hybrid Perovskites and Vapor Reactants, Munny Monimun, X. Yu , The University of Alabama; H. Yan, Q. Peng, The University of Alabama Advanced Ion Microscopy and Ion Beam Nano-engineering Focus Topic AS-ThP-7 Surface Analysis of DMA-TMS Molecules Adsorbed on SiO2/Si Substrates for Area Selective Deposition, Anthony Valenti, C. Vallée, C. Ventrice, Room Ballroom BC - Session HI-ThP SUNY Polytechnic Institute, Albany Advanced Ion Microscopy & Nano-Engineering Poster AS-ThP-8 High-Speed Analysis of Spectroscopic Ellipsometry Data Using Deep Session Learning Methods, Yifei Li, Massachusetts Institute of Technology; H. Yu, I. Takeuchi, 4:30pm University of Maryland, College Park; R. Jaramillo, Massachusetts Institute of Technology HI-ThP-1 Focused Nanoscale Machining via the Gas Field Ion Microscope with AS-ThP-9 Navigating Disorder in Superconductors Using Atomic-Scale Laser and Reactive Ion Assist: Joint Experimental and Simulation Imaging and Machine Learning, Petro Maksymovych, Oak Ridge National Laboratory Investigations, Jack Lasseter, P. Rack, University of Tennessee Knoxville AS-ThP-10 Low-Temperature Hollow Cathode Plasma-Assisted Atomic Layer Deposition of BoronNitride With TEB and N2 Plasma, Adnan Mohammad, K. Nanoscale Science and Technology Division Joshi, . Ilhom, D. Shukla, J. Grasso, . Willis, B. , University of Connecticut; A. Okyay, Room Ballroom BC - Session NS-ThP Stanford University; N. Biyikli, University of Connecticut Nanoscale Science and Technology Poster Session AS-ThP-11 The Deterioration Mechanism of Silicone Elastomer during 4:30pm Vacuum of Polyurethane, Natalie Frese, Bielefeld University, Germany; M. Wortmann, Bielefeld University of Applied Sciences, Germany; K. Viertel, Bielefeld NS-ThP-1 Effective Fabrication Scheme for Free-standing III-V Membrane University of Applied Sciences,, Germany; W. Keil, Paderborn University, Germany; A. Metasurfaces, Jiyoung , The University of Texas at Dallas; X. Li, The University of Welle, Karlsruhe Institute of Technology, Germany; W. Hachmann, Bielefeld University, Nebraska-Lincoln; B. Murillo, The University of Texas at Dallas; K. Peng, W. Bao, The Germany; C. Schmidt, Paderborn University, Germany; B. Hüsgen, Bielefeld University of University of Nebraska-Lincoln; Q. Gu, The University of Texas at Dallas Applied Sciences, Germany; A. Gölzhäuser, Bielefeld University, Germany NS-ThP-2 Terahertz Optoelectronic Property of Correlated Quasiparticles in AS-ThP-12 Pore Formation Mechanism during Pyrolysis of Sucrose-derived Atomically-Thin Superlattices, Jun Xiao, C. Xia, A. Lindenberg, Stanford University Hydrochar, Martin Wortmann, Bielefeld University, Germany; W. Keil, Paderborn University, Germany; J. Biedinger, Bielefeld University, Germany; M. Westphal, bielefeld NS-ThP-3 Open Hardware Scanning Probe Microscopy Controller, Mustafa University, Germany; G. Reiss, Bielefeld University, Germany; C. Schmidt, Paderborn Kangül, G. Fantner, EPFL, Switzerland University, Germany; K. Sattler, University of Hawaii; N. Frese, Bielefeld University, Germany Thursday Evening, October 28, 2021 63 4:30 PM Thursday Evening, October 28, 2021

NS-ThP-4 Determining Subnanoscale Surface Structure via Scanning PS-ThP-14 Effect of Synchronously and Asynchronously Pulsed Ar/Cl2 Tunneling Microscopy and Tip-Enhanced Raman Spectroscopy, Dairong Liu, Inductively Coupled Plasmas on Si Trench Formation, Heeju Kim, G. Yeom, L. Wen, University of Illinois at Chicago, China; J. Schultz, University of Illinois at Chicago; S. j. hong, W. Jang, S. Namgoong, Sungkyunkwan University (SKKU), Korea (Republic of) Mahapatra, University of Illinois at Chicago, India; N. Jiang, University of Illinois at Chicago, China PS-ThP-15 Radical Flux Control using a Dual Exhaust System during Reactive Ion Beam Etching (RIBE) Process, Doo San Kim, Y. Jang, Y. Kim, H. Gil, G. Yeom, NS-ThP-5 Statistical Detection of Josephson, Andreev, and Single Sungkyunkwan University, Korea (Republic of) Quasiparticle Currents in Scanning Tunneling Microscopy, Wonhee Ko, E. Dumitrescu, P. Maksymovych, Oak Ridge National Laboratory Materials and Processes for Quantum Information Science NS-ThP-6 Nanomaterial Adhesion Depends on Specific-Ion Effects Within Focus Topic Common Reservoir Fluids, H. Chen, Aramco Services Company - Boston; S. Eichmann, Room Ballroom BC - Session QS+EM-ThP Aramco Services Company - Houston; Nancy Burnham, Worcester Polytechnic Institute Materials and Processes for Quantum Information Science NS-ThP-7 A Novel Experimental Method for Characterising Nano Insulating Poster Session Materials (NIM) And Infill Gases, Ofasa Abunumah, P. Ogunlude, E. Gobina, The Robert Gordon University, UK 4:30pm QS+EM-ThP-1 Strain-Induced Interdiffusion in III-V Compound Plasma Science and Technology Division Semiconductors for Quantum Structure Formation, Leonid Miroshnik, Chemical Room Ballroom BC - Session PS-ThP & Biological Engineering, University of New Mexico; B. Rummel, Nanoscience & Microsystems Engineering, University of New Mexico; A. Li, Chemical & Biomolecular Plasma Science and Technology Poster Session Engineering, University of Pennsylvania; G. Balakrishnan, Center for High Technology 4:30pm Materials, University of New Mexico; T. Sinno, Chemical & Biomolecular Engineering, University of Pennsylvania; S. Han, Nanoscience & Microsystems Engineering, University PS-ThP-1 Investigation of the Role of Plasma Species Yielding Growth of New Mexico Temperature Decrease of Single-Walled Carbon Nanotubes, Sung-Il Jo, B. Lee, G. Jeong, Kangwon National University, Korea (Republic of) QS+EM-ThP-2 Nv Center Generation by Electron Beam Excited Plasma, Akihito Saeki, A. Chikamoto, Meijo University Graduate School, Japan; P. Abraha, Meijo PS-ThP-2 Size Control of ZnO Nanostructures Using Atmospheric Pressure University, Japan Plasma System and Their Photocatalytic Performance Evaluation, B. Lee, S. Jo, W. Lee, S. Heo, Goo-Hwan Jeong, Kangwon National University, Korea (Republic of) Advanced Surface Engineering Division PS-ThP-3 Insertion Characteristics of Plasma Nitrided Suture Needle in Long Room Ballroom BC - Session SE-ThP Incision, Takao Yamauchi, Meijo University Graduate School, Japan; P. Abraha, Meijo Advanced Surface Engineering Poster Session University, Japan 4:30pm PS-ThP-4 Modeling Capacitively Coupled Plasmas With Nanosecond Pulsed SE-ThP-1 Sputter Deposition of Nickel Films as Conductive Strikes for the Bias Voltages, Amanda Lietz, Sandia National Laboratories; J. Prager, Eagle Harbor Technologies; M. Hopkins, Sandia National Laboratories Metallization of Polymers, Stephen Stagon, University of North Florida; J. Aceros, University of North Florida PS-ThP-5 Plasma Induced Disproportionation of Nitrogen in a DC Plasma- SE-ThP-2 The Struggles to Compare Coatings Hardness by Vickers and Electrolysis System Operated in N2 at Atmospheric Pressure, C. Pattyn, Université libre de Bruxelles, Belgium, France; Nicolas Maira, Université libre de Instrumented Nanoindentation Techniques, Esteban Broitman, SKF B.V., Bruxelles, Belgium, Italy; A. Remy, F. Reniers, Université libre de Bruxelles, Belgium Netherlands PS-ThP-6 Enhancing the Far Ultra-Violet Optical Properties of Aluminum SE-ThP-3 An Optimal Design to Enhance Durability of Thermal Barrier Coating Mirrors with a Plasma Based Approach to Oxide Removal and Fluorine Based on Rare-Earth Materials, J. Lim, Korea Automotive Technology Institute, Korea (Republic of); Moon Ki Kim, Sungkyunkwan University, Korea (Republic of) Passivation, David Boris, U. S. Naval Research Laboratory; L. Rodriguez de Marcos, Catholic University of America; A. Kozen, S. Rosenberg, ASEE Postdoctoral Fellow; J. del Hoyo, J. Richardson, E. Wollack, M. Quijada, NASA Goddard Space Flight Center; S. Undergraduate Poster Session Walton, U. S. Naval Research Laboratory Room Ballroom BC - Session UN-ThP PS-ThP-7 The Role of Plasma Properties in Plasma Enhanced Atomic Layer Undergraduate Poster Session Epitaxy, Scott Walton, D. Boris, V. Wheeler, N. Nepal, Naval Research Laboratory; S. 4:30pm Rosenberg, J. Avila, J. Woodward, V. Anderson, ASEE; C. Eddy, Jr., Naval Research Laboratory UN-ThP-4 Utilizing Low-Temperature Nitrogen Plasma Treatment to Study Hydrophobic Recovery of Silk Fibroin Films, Chase Lenert-Mondou, M. Hawker, PS-ThP-8 Dry Etching of Medical Grade Titanium Alloy with BCl3, Jeremy Mettler, D. Barlaz, D. Ruzic, University of Illinois at Urbana-Champaign California State University, Fresno PS-ThP-9 Functionalization of Multi-Layer Graphene Using Atmospheric UN-ThP-5 Water Adsorption on Curved Ag Surfaces, Christina Grytsyshyn, D. Killelea, Loyola University Chicago Pressure Plasma Enhanced Chemical Vapor Deposition, Tag Choi, D. Barlaz, University of Illinois at Urbana-Champaign; P. Piotrowicz, M. Stowell, LytEn, Inc.; D. Ruzic, UN-ThP-6 Oxygen-Induced Surface Reconstructions on curved-Ag(111), Faith University of Illinois at Urbana-Champaign Lewis, D. Killelea, Loyola University Chicago PS-ThP-10 Improving the Hydrophilic Properties of Pet Using UN-ThP-7 Examining Internal Temperatures of Nitrogen-Containing Plasmas Atmospheric Dbd and RF Plasma Torch, Annaelle Demaude, Université libre de to Understand the Gas-Catalyst Interface, Melanie Fouts, J. Blechle, Wilkes Bruxelles, Belgium; R. Inturri, Fidia Pharma, Italy; C. Satriano, University of Catania, Italy; University P. Leroy, IONICS Surface Technologies, Belgium; F. Reniers, Université libre de Bruxelles, Belgium UN-ThP-8 Examining the Impact of BHT Inhibitor on the Microstructure of Spun-Cast Nanoporous Films of PMMA, Sadie Flagg, T. Knippenberg, B. Augustine, PS-ThP-11 Synthesis of Zirconia-Silica Corrosion Barrier Coatings Using High Point University Atmospheric Pressure Plasma Jet, Dhruval Patel, E. Barlaz, D. Krogstad, Z. Jeckell, University of Illinois at Urbana Champaign; S. Chaudhuri, University of Illinois at Chicago; UN-ThP-9 Single Crystal Growth of Non-symmorphic Material CuBi2O4, Tekiyah D. Ruzic, University of Illinois at Urbana Champaign Robinson, S. Karna, D. Temple, Norfolk State University

PS-ThP-12 Hybrid SiOCH Nanoparticles Coating on Polyethylene (PE) UN-ThP-10 Crystal Growth and Magnetic Properties of MgCr2O4, Ajeya Dixon, Separator by Atmospheric Pressure Plasma, Y. Li, DongHua University, China; J. S. Karna, D. Temple, Norfolk State University Zhang, DongHua university, China; Chaoliang Wang, DongHua University, China UN-ThP-11 Characterization of Ru-ZrO2 Water Splitting Catalyst, Paul Bean, P. PS-ThP-13 Influence of Additive Gases to Organic Chelators on Etch Godbold, S. Zhang, University of Virginia Characteristics of Copper Thin Films Using Inductively Coupled Plasma UN-ThP-12 Extreme Atomic-Scale Surface Roughening: Amino Acids on Ag on Reactive Ion Etching, Eun Taek Lim, M. Cha, J. Lee, S. Park, C. Chung, INHA University, Korea (Republic of) Au(111), Emily , K. Boyd, J. Phillips, M. Paszkowiak, E. Iski, University of Tulsa

Thursday Evening, October 28, 2021 64 4:30 PM Thursday Evening, October 28, 2021 UN-ThP-13 Polymer Directed Synthesis of NiO/C for Electrode, Manzili Kokayi, B. Bastakoti, North Carolina A&T State University UN-ThP-14 Insight Into the Formation, Desorption, and Structural Effects of Subsurface Oxygen on Ag(111) Using a Lattice-Gas Model and Monte Carlo Simulations, Elizabeth Lander, C. Mize, L. Crosby, S. Roy, University of Tennessee Knoxville UN-ThP-15 Vapor Phase Synthesis and Characterization of Single and Few Layers of MoS2, Sabrina Jackson, NCA&T; O. Ayanbajo, S. Shendokar, S. Aravamudhan, NCA&T UN-ThP-16 Characterization of Triple Cation, Mixed Halide Perovskites in Deposited in Near-Ambient Conditions, Samuel Candelario Torres, North Carolina Central University; N. Edwards, North Carolina Central Univesity; M. Wu, North Carolina Central University

UN-ThP-17 Crystal Growth and Magnetic Properties of Ba-Doped Cafe2O4, Liam Harrigan, A. Dixon, S. Karna, D. Temple, Norfolk State University UN-ThP-18 A Simulation Study of Optimal Light Absorption in GaAsSb Nanowires for Multispectral Devices, Troy Blaylock, K. Dawkins, North Carolina A&T State University; S. Iyer, [email protected]

Thursday Evening, October 28, 2021 65 4:30 PM Friday Morning, October 29, 2021 2D Materials Actinides and Rare Earths Focus Topic Room 206A W - Session 2D+AP+BI+HC+NS+PS+SS+TF- Room 206B W - Session AC+LS+MI-FrM FrM Magnetism, Electron Correlation, Superconductivity and Chemical Applications of 2D Materials Oxidation in the Actinides and Rare Earths Moderator: Moderators: Matthias Batzill, University of South Florida, USA Krzysztof Gofryk, Idaho National Laboratory, USA, Ladislav Havela, Charles University, Czech Republic, Gertrud Zwicknagl, Technical University Brauschweig, Germany 8:20am INVITED: 2D+AP+BI+HC+NS+PS+SS+TF-FrM-1 Virtual Presentation: INVITED: AC+LS+MI-FrM-1 Novel Spin-Triplet Superconductivity in Manipulating Electrochemical Reactions in Van Der Waals Uranium Ditelluride, Nicholas Butch, National Institute of Standards and Heterostructures, Kwabena Bediako, University of California at Berkeley Technology & University of Maryland

8:40am

9:00am 2D+AP+BI+HC+NS+PS+SS+TF-FrM-3 Multicomponent Monolayer INVITED: AC+LS+MI-FrM-3 The Quest for the Holy Grail, or How Does Manipulation Through Successive Ultraviolet Irradiation, Cynthia Gerber, One Control the Structure and Magnetism of Complex Rare Earth University of Connecticut Materials?, Vitalij K. Pecharsky, Ames Laboratory of the U.S. Department of Energy, Iowa State University

9:20am 2D+AP+BI+HC+NS+PS+SS+TF-FrM-4 Surface Science Investigations of Small Molecule Adsorption on Monolayer TMD Films: Implications for Vapor Sensing, Conor Sharp, National Research Council Postdoctoral Fellow Residing at the U.S. Naval Research Laboratory; J. Fonseca, Jacobs Technology Contractor Residing at the U.S. Naval Research Laboratory; K. McCreary, J. Robinson, C. Cress, K. Perkins, P. Campbell, U.S. Naval Research Laboratory 9:40am INVITED: 2D+AP+BI+HC+NS+PS+SS+TF-FrM-5 Nanofluidics from INVITED: AC+LS+MI-FrM-5 Extending Our Understanding of f-Element Functionalized Two-Dimensional Materials, Damien Voiry, University of Oxidation States Using , David Dixon, The Montpellier, France University of Alabama

10:00am

10:20am INVITED: AC+LS+MI-FrM-7 Surface Properties of Actinide Dioxides; Crystal Growth and Catalysis, Enrique Batista, G. Wang, D. Gonzalez, P. Yang, Los Alamos National Laboratory

10:40am

11:00am INVITED: AC+LS+MI-FrM-9 The PreCalc Project: Multiscale Framework for Predicting Morphology of Plutonium Oxide Particles, Lindsay Roy, Savannah River National Laboratory

11:20am

11:40am AC+LS+MI-FrM-11 Towards a Better Understanding of the Rkky Interaction in Ce- and Yb-Based Compounds: Anisotropies from Cef Effects and Fermi Surfaces, Gertrud Zwicknagl, Institut f. Mathemat. Physik, TU Braunschweig, Braunschweig, Germany; V. Zevin, The Racah Institute of Physics, The Hebrew University of Jerusalem, Israel 12:00pm AC+LS+MI-FrM-12 Hybridization Effect on the X-Ray Absorption Spectra for Actinide Materials, W. Chiu, University of California at Davis; R. Tutchton, Los Alamos National Laboratory; G. Resta, University of California at Davis; T. Lin, Rutgers University; E. Bauer, F. Ronning, Los Alamos National Laboratory; R. Scalettar, University of California at Davis; Jian-Xin Zhu, Los Alamos National Laboratory

Friday Morning, October 29, 2021 66 8:20 AM Friday Morning, October 29, 2021

Chemical Analysis and Imaging at Interfaces Focus Topic Magnetic Interfaces and Nanostructures Division Room 209A W - Session CA+2D+AS+MN+SE+SM+SS-FrM Room 209DE W - Session MI+2D+TF-FrM Progress and Challenges in Industrial Applications (8:20 - Magnetic Structures for Energy-Efficient 10:20 am)/Novel Developments and Approaches of Computing/Devices Interfacial Analysis (10:20 - 11:40 am) Moderator: Moderators: Alex Belianinov, Oak Ridge National Lab., USA, Gary Mankey, University of Alabama, USA Andrei Fedorov, Georgia Tech, USA, Andrei Kolmakov, National Institute of Standards and Technology (NIST), USA 8:20am INVITED: CA+2D+AS+MN+SE+SM+SS-FrM-1 Virtual Presentation: Recent MI+2D+TF-FrM-1 Large Temperature Dependent Spin Torque Efficiency Innovations in Tof-Sims and Their Industrial Applications, Julia Zakel, in Antiferromagnetic FeRh, Jonathan Gibbons, University of Illinois at Urbana IONTOF GmbH, Germany Champaign; T. Dohi, Tohoku University, Japan; H. Saglam, Yale University; J. Pearson, Materials Science Division, Argonne National Laboratory; S. Fukami, Tohoku University, Japan; A. Hoffmann, University of Illinois at Urbana Champaign 8:40am INVITED: MI+2D+TF-FrM-2 Virtual Presentation: From Spin Spirals to Spin - Imaging Complex Magnetism on the Atomic Scale, Daniel Wegner, Radboud University, Nijmegen, Netherlands

9:00am INVITED: CA+2D+AS+MN+SE+SM+SS-FrM-3 Emerging Techniques in Laboratory X-Ray Analysis, Jeff Gelb, S. Lewis, S. , W. Yun, Sigray, Inc.

9:20am MI+2D+TF-FrM-4 Magnetic Transition Behavior of Epitaxial Fe47Rh47Pd6 Films, Gary Mankey, University of Alabama; H. Sato, Tohoku University, Japan; N. Pachauri, Intel; S. Keshavarz, University of Alabama; H. Lee, Trinity College Dublin, Ireland; P. LeClair, University of Alabama; O. Mryasov, Department of Physics and Astronomy

9:40am CA+2D+AS+MN+SE+SM+SS-FrM-5 in situ XPS for Catalysis; Up to and MI+2D+TF-FrM-5 Co2Fe1.25Ge0.75: Single-Phase, Highest Magnetic Above One Bar, Christopher Goodwin, Stockholm University, Sweden; P. Moment, Highest , Shambhu KC, R. Mahat, The University Loemker, Deutsches Elektronen-Synchrotron, Germany; M. Shipilin, D. Degerman, of Alabama; S. Regmi, University of Alabama; J. Law, The University of Alabama; V. P. Amann, A. Nilsson, Stockholm University, Sweden Franco, Universidad de Sevilla, Spain; G. Mankey, W. Butler, A. Gupta, P. LeClair, The University of Alabama 10:00am CA+2D+AS+MN+SE+SM+SS-FrM-6 Algorithms for Automatic Analysis of MI+2D+TF-FrM-6 Control of Domain Wall Patterning and Anomalous Image Based Process Control and Its Implementation from Lab to Fab, Response Functions in Ferrimagnetic Spinels, Lazar Kish, University of Illinois Julien Baderot, H. Ozdoba, D. Misra, N. Clement, S. Martinez, J. Foucher, POLLEN at Urbana-Champaign; A. Thaler, Oak Ridge National Laboratory; M. Lee, Los METROLOGY, France Alamos National Laboratory; A. Zakrzewski, University of Illinois at Urbana- Champaign; D. Reig-i-Plessis, University of British Columbia, Canada; B. Wolin, X. Wang, University of Illinois at Urbana-Champaign; K. Littrell, Oak Ridge Natinal Laboratory; R. Budakian, University of Waterloo, Canada; H. Zhou, University of Tennessee Knoxville; Z. Gai, M. Frontzek, Oak Ridge National Laboratory; V. Zapf, Los Alamos National Laboratory; A. Aczel, L. DeBeer-Schmitt, Oak Ridge National Laboratory; G. MacDougall, University of Illinois at Urbana-Champaign 10:20am INVITED: CA+2D+AS+MN+SE+SM+SS-FrM-7 Direct-Write Electron Beam MI+2D+TF-FrM-7 Optimizing Magneto-Elastic Coupling in Multilayer Processing of Topologically Complex Functional Nanomaterials using Fega/NiFe Thin Films for Magneto-electric Applications, Adrian Acosta, J. Thermo-Electrically Energized Multiphase Precursor Jets, Andrei Fedorov, Chang, UCLA Georgia Institute of Technology

10:40am MI+2D+TF-FrM-8 Magnetic Anisotropy in a Single Crystal Antiferromagnetic Thin Film, Saima Siddiqui, University of Illinois at Urbana Champaign; J. Pearson, Argonne National Laboratory; A. Hoffmann, University of Illinois at Urbana-Champaign

11:00am INVITED: CA+2D+AS+MN+SE+SM+SS-FrM-9 Neutron Reflectometry: In- INVITED: MI+2D+TF-FrM-9 A Two-Dimensional Atomically-Thin Operando Depth Profiles of Buried Interfaces, Joseph Dura, NIST Center for Manganese Gallium Nitride Magnetic Monolayer, Y. Ma, Ohio University; D. Neutron Research Hunt, GIyA, CAC-CNEA and Consejo Nacional de Investigaciones Cient´ıficas y T´ecnicas - CONICET, Argentina; K. Meng, The Ohio State University; T. Erickson, Ohio University; F. Yang, The Ohio State University; M. Barral, V. Ferrari, GIyA, CAC-CNEA and Consejo Nacional de Investigaciones Cient´ıficas y T´ecnicas - CONICET, Argentina; Arthur R. Smith, Ohio University 11:20am

11:40am CA+2D+AS+MN+SE+SM+SS-FrM-11 Electrically Detected Magnetic MI+2D+TF-FrM-11 Anomalous Hall Effect in Heterostructures Based on 28 28 Resonance & Near-Zero Field Magnetoresistance in Si/ SiO2, Elias MnBi2Te4 Grown by MBE, Seul-Ki Bac, L. Riney, J. Wang, University of Notre Frantz, Penn State University; D. Michalak, Intel Corp.; N. Harmon, University of Dame; K. Koller, Saint Mary's College; X. Liu, M. Zhukovskyi, T. Orlova, M. Evansville; E. Henry, Intel Corp.; M. Flatte, University of Iowa; S. King, J. Clarke, Dobrowolska, J. Furdyna, B. Assaf, University of Notre Dame Intel Corp.; P. Lenahan, Penn State University 12:00pm MI+2D+TF-FrM-12 Microscopy with Momentum and Imaging Spin-Filter (Au/Ir), M. Escher, Marten Patt, N. Weber, T. Kuehn, M. Merkel, FOCUS GmbH, Germany

Friday Morning, October 29, 2021 67 8:20 AM Friday Morning, October 29, 2021

MEMS and NEMS Group Nanoscale Science and Technology Division Room 205ABCD W - Session Room 209C W - Session NS+BI+SS+TF-FrM MN+AP+BI+EM+NS+PS+SE+TF-FrM Nanophotonics and Sensing Nanomechanics at Atomically-Flat Surfaces and Moderators: Interfaces Rainer Hillenbrand, Nanogune, Spain, Moderators: Zhenyun Qian, Northeastern University, USA, Stefan Mastel, Neaspec, Germany Max Zenghui Wang, University of Electronic Science and Technology of China 8:20am INVITED: MN+AP+BI+EM+NS+PS+SE+TF-FrM-1 Interlayer Vibration INVITED: NS+BI+SS+TF-FrM-1 Advances in IR and THz Nanoimaging and Mechanics in 2D TMDC Revealed by Ultra-low-frequency Raman Nanospectroscopy, Rainer Hillenbrand, CIC nanoGUNE BRTA, San Sebastian, Spectroscopy, Juan Xia, University of Electronic Science and Technology of China Spain

8:40am

9:00am INVITED: MN+AP+BI+EM+NS+PS+SE+TF-FrM-3 Towards Eliminating NS+BI+SS+TF-FrM-3 Optical Correlation Nanoscopy for Organic and Friction and Wear in Micro-Machines to Macroscale Mechanical Inorganic Material Analysis at Room and Cryogenic Temperatures, Stefan Systems, Anirudha Sumant, Argonne National Laboratory Mastel, A. Cernescu, neaspec GmbH, Germany

9:20am NS+BI+SS+TF-FrM-4 Metasurface Lens Efficiency Improvement using Genetic Algorithm with Evolutionary Optimization, David Czaplewski, Argonne National Laboratory, USA; H. Cai, New York University; S. Srinivasan, A. Martinson, Argonne National Lab; D. Gosztola, Argonne National Laboratory, USA; L. Stan, T. Loeffler, S. Sankaranarayanan, Argonne National Laboratory; D. Lopez, national institue of Standards and Technology 9:40am INVITED: NS+BI+SS+TF-FrM-5 Machine-Learning-Assisted Photonics, Z. Kudyshev, A. Kildishev, V. Shalaev, Alexandra Boltasseva, Purdue University, USA

10:00am

10:20am INVITED: NS+BI+SS+TF-FrM-7 Polaritonic for Imaging and Sensing, Andrea Alu, CUNY Advanced Science Research Center

10:40am

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Friday Morning, October 29, 2021 68 8:20 AM Friday Morning, October 29, 2021

Plasma Science and Technology Division Plasma Science and Technology Division Room 211 W - Session PS-FrM Room 209F W - Session PS+SE-FrM Plasma Assisted Atomic Layer Etching and Processing for Atmospheric Pressure Plasmas and their Applications Advanced Memory Technologies Moderators: Moderators: Steven Vitale, MIT Lincoln Laboratory, USA, Mingmei Wang, TEL Technology Center, America, LLC, USA, Sebastian Engelmann, IBM T.J. Watson Research Center, USA Sumit Agarwal, Colorado School of Mines, USA 8:20am INVITED: PS-FrM-1 Virtual Presentation: Control of Interface Layers for PS+SE-FrM-1 Are Atmospheric Plasmas Environmental Friendly? A Case Selective Atomic Layer Etching, Tsutsumi, Nagoya University, Japan; Study, R. De Cruyenaere, Université libre de Bruxelles, Belgium; N. R. Vervuurt, ASM, Japan; N. Kobayashi, M. Hori, Nagoya University, Japan Vandencasteele, CPI Plasma, France; W. Achten, Francois Reniers, Université libre de Bruxelles, Belgium

8:40am PS+SE-FrM-2 One-Step Synthesis of Chemically Patterned Thin Films via Immobilization of Plasma Filaments in an AP-DBD, Annaëlle Demaude, Université libre de Bruxelles, Belgium; K. Baert, Vrije Universiteit Brussel, Belgium; D. Petitjean, E. Goormaghtigh, Université Libre de Bruxelles, Belgium; T. Hauffman, Vrije Universiteit Brussel, Belgium; M. Gordon, University of California Santa Barbara; F. Reniers, Université Libre de Bruxelles, Belgium 9:00am PS-FrM-3 2020 AVS Dorothy M. and Earl S. Hoffman Scholarship Award INVITED: PS+SE-FrM-3 Virtual Presentation: Plasma-Substrate Talk: Selective Gas–Phase Surface Functionalization to Enable Ultra– Interaction in the Case of Atmospheric Pressure Plasmas, Ana Sobota, High ALE Etch Selectivity of Si–Based Dielectrics, Ryan Gasvoda1, Colorado Eindhoven University of Technology, Netherlands; O. van Rooij, Eindhoven School of Mines, USA; Z. Zhang, E. Hudson, Lam Research Corp.; S. Agarwal, University of Technology, Afghanistan; M. Hofmans, O. Guaitella, A. Bourdon, Colorado School of Mines, USA Ecole Polytechnique, Afghanistan; P. Viegas, Dutch Institute for Fundamental Energy Research (DIFFER), Afghanistan 9:20am PS-FrM-4 Modulation of Synergy in Metal ALE: Film Composition Effects, Nathan Marchack, E. David, D. Kazem, B. To, M. Hopstaken, S. Engelmann, IBM Research Division, T.J. Watson Research Center

9:40am INVITED: PS-FrM-5 Plasma Process Requirements for Emerging PS+SE-FrM-5 Atmospheric Pressure Plasma Treatment of Wet Complex Memories, Nicole Saulnier, I. Saraf, A. Dutta, K. Brew, S. Mehta, P. Jamison, O. Surfaces: Water Channels, Troughs and Aerosols, K. Konina, S. Kerketta, A. van der Straten, I. Ok, S. Seo, C. Silvestre, C. Yang, M. Rizzolo, S. Choi, H. Chen, IBM Raisanen, University of Michigan; J. Morsell, S. Shannon, North Carolina State Research Division, Albany, NY; P. Adusumilli, IBM Research Division, T.J. Watson University; Mark J. Kushner, University of Michigan Research Center; J. Arnold, IBM Research Division, Albany, NY; D. Edelstein, IBM Research Division, T.J. Watson Research Center; J. Slaughter, IBM Research Division, Albany, NY; T. Ando, IBM Research Division, T.J. Watson Research Center; A. Sebastian, IBM Research GmbH, Zurich Research Laboratory 10:00am PS+SE-FrM-6 Temporally and Spatially Resolved Optical Emission Spectroscopy of an Atmospheric Pressure Plasma Jet - Surface Interaction, Michael Johnson, National Research Council; D. Boris, T. Petrova, S. Walton, Naval Research Laboratory, USA 10:20am PS-FrM-7 Control of the process environment for HfO-based RRAM PS+SE-FrM-7 Maskless Chemical and Topographic Patterning of Surfaces device formation, Hiroyuki Miyazoe, IBM T.J. Watson Research Center; D. Koty, Using Organized DBD Streamers, O. Polonskyi, T. Hartig, Chemical Engineering TEL Technology Center, America, LLC; H. Yan, N. Gong, M. Hopstaken, E. Cartier, J. - UCSB; J. Uzarski, US Army - RDECOM; Michael Gordon, Chemical Engineering - Ott, IBM T.J. Watson Research Center; Q. Yang, A. Mosden, TEL Technology Center, UCSB America, LLC; T. Ando, S. Engelmann, E. Joseph, IBM T.J. Watson Research Center 10:40am PS-FrM-8 Process-induced Damage in GST Etch, Luxherta Buzi, J. Papalia, H. PS+SE-FrM-8 A Mechanistic Approach to Tune Plasma Sintering Miyazoe, IBM; H. Cheng, Macronix International Co; M. Hopstaken, R. Bruce, S. Parameters for Enhancing Connectivity of Printed Nanoparticles, Nazli Engelmann, IBM Turan, M. Saeidi-Javash , Y. Zhang, D. Go, University of Notre Dame

11:00am PS-FrM-9 Spatially Localized Etching using a Novel, Mask-free and PS+SE-FrM-9 Understanding the Depletion of Electrons in Dusty Plasmas Contactless Plasma Patterning Technique, Erik V. Johnson, J. WANG, M. at Atmospheric Pressure, Nabiel Hilmy Abuyazid, University of Illinois at Ghosh, R. Leal, P. Bulkin, P. Roca i Cabarrocas, LPICM‐CNRS, Ecole Polytechnique, Urbana Champaign; X. Chen, Washington University in St. Louis; D. Mariotti, P. Institut Polytechnique de Paris , France; S. Filonovich, Total GRP, France Maguire, Ulster University, UK; C. Hogan Jr., University of Minnesota; R. Sankaran, University of Illinois at Urbana Champaign 11:20am PS-FrM-10 Precise Ion Energy Control With Tailored Waveform Biasing: PS+SE-FrM-10 A Low-Cost Atmospheric Pressure Plasma Apparatus to Determination of Sputter Thresholds as Input for ALE Process Design, Depyrogenate Delicate Materials in a Sealed Environment, Naman Bhatt, Nicholas Chittock, S. Balasubramanyam, T. Faraz, Y. Verstappen, Eindhoven D. Trosan, North Carolina State University; J. Brier-Jones, Loma Linda University, University of Technology, Netherlands; M. Verheijen, Eurofins Materials Science , Karamedica, Inc.; J. Pecoraro, North Carolina State University; J. Smallwood, Loma Netherlands; J. Escandon-Lopez, E. Heijdra, W. van Gennip, Prodrive Technologies, Linda University; A. Crofton, Case Western Reserve University, Karamedica Inc.; S. Netherlands; E. Kessels, A. Mackus, Eindhoven University of Technology, Hudson, North Carolina State University, Karamedica; W. Kirsch, Loma Linda Netherlands University, Karamedica, Inc.; K. Stapelmann, S. Shannon, North Carolina State University 11:40am PS-FrM-11 Molecular Dynamics Study on Damage Formation in Atomic PS+SE-FrM-11 Driving Frequency and Ozone as Key Parameters for Layer Etching of Si With Halogen Radicals, Erin Joy Capdos Tinacba, M. Isobe, Nitrogen Oxidation by a Dielectric Barrier Discharge in an N2-O2 Mixture, S. Hamaguchi, Osaka University, Japan Antoine Remy, Université libre de Bruxelles, Belgium; N. De Geyter, Ghent University, Belgium; F. Reniers, Université libre de Bruxelles, Belgium

12:00pm PS-FrM-12 Molecular Dynamics Study on Multi-Steps Plasma-Assisted PS+SE-FrM-12 Inactivation of Human Coronavirus in Circulating Air Atomic Layer Etching of Silicon Nitride, Jomar Tercero, University of the Flows Using a Multielectrode Dbd Setup, A. Demaude, Delphine Merche, D. Philippines; A. Hirata, Sony Semiconductor Solutions Corporation, Japan; M. Isobe, Petitjean, M. Depessemier, E. Silberberg, A. Op De Beeck, F. Reniers, Université Osaka University, Japan; M. Fukasawa, Sony Semiconductor Solutions Corporation, libre de Bruxelles, Belgium Japan; M. Vasquez, University of the Philippines; S. Hamaguchi, Osaka University, Japan

1 AVS 2020 Dorothy M. and Earl S. Hoffman Scholarship Awardee Friday Morning, October 29, 2021 69 8:20 AM Friday Morning, October 29, 2021

Materials and Processes for Quantum Information Surface Science Division Science Focus Topic Room 209B W - Session SS+SE-FrM Room 208 W - Session QS+2D+EM+MN-FrM Environmental and , and Surfaces for Quantum Sciences to Quantum Metrology, Sensing and Space Applications Heterostructures Moderators: Moderator: Rachael Myers-Ward, U.S. Naval Research Andrew Teplyakov, University of Delaware, USA, Laboratory, USA Arthur Utz, Tufts University, USA 8:20am INVITED: QS+2D+EM+MN-FrM-1 Quantum Imaging With Photons and INVITED: SS+SE-FrM-1 Atomic Layer Processing for Space-based Optical Electrons, Mark Kasevich, Stanford University Coatings, John Hennessy, A. Jewell, S. Nikzad, Jet Propulsion Laboratory

8:40am

9:00am QS+2D+EM+MN-FrM-3 Observation of the Two-Photon Transition and SS+SE-FrM-3 Patterned and Graded ALD Coatings for Imaging and Bloch-Siegert Shift of the Electrically Detected Magnetic Resonance Spectroscopy Applications, April Jewell, J. Hennessy, S. Nikzad, Jet Propulsion Spectrum of Interface Defects in 4H-SiC Metal-Oxide-Semiconductor Laboratory Field-Effect Transistors, James P. Ashton, P. Lenahan, The Pennsylvania State University 9:20am INVITED: QS+2D+EM+MN-FrM-4 Virtual Presentation: Quantum Matter, SS+SE-FrM-4 Influence of the Sample Preparation Process on the Simulation, and Clock, Jun Ye, JILA and University of Colorado Boulder Surface of Artificially Space Weathered Olivine Samples, Camilo Jaramillo, J. Allain, Pennsylvania State University; D. Savin, Columbia University; N. Pearson, D. Domingue, R. Clark, A. Hendrix, Planetary Science Institute

9:40am INVITED: SS+SE-FrM-5 Virtual Presentation: Molecular Processes in Ultra-High Vacuum between the Stars, Ewine van Dishoeck, Leiden University, The Netherlands

10:00am QS+2D+EM+MN-FrM-6 A Cold Atom Interferometry Sensor Platform Based on Diffractive Optics and Integrated Photonics, J. Lee, R. Ding, H. McGuinness, J. Christensen, R. Rosenthal, Sandia National Laboratories, USA; G. Biedermann, University of Oklahoma; S. Kemme, D. Gillund, A. Ison, G. Hoth, B. Little, D. De Smet, C. Walker, A. Kodigala, M. Gehl, E. Skogen, M. Eichenfield, A. Lentine, Peter Schwindt, Sandia National Laboratories, USA 10:20am INVITED: QS+2D+EM+MN-FrM-7 Modeling SiGe Heterostructures and INVITED: SS+SE-FrM-7 Chemistry and Hydrogen Bonding Environment at Devices for Si-Based Qubits, Mark Gyure, Center for Quantum Science and Environmental Surfaces as Seen by X-ray Photoelectron and Electron Engineering, UCLA Yield NEXAFS Spectroscopies, Markus Ammann, Paul Scherrer Institut, Switzerland

10:40am

11:00am INVITED: QS+2D+EM+MN-FrM-9 Virtual Presentation: Valley and Orbital SS+SE-FrM-9 Molecular Interactions with Frozen Ice Films: Adsorption, States in Si/SiGe Quantum Dots for Spin Qubits, Mark Eriksson, University Oxidative Reactivity, and Isotopic Enrichment, Michelle Brann1, S. Sibener, of Wisconsin-Madison University of Chicago

11:20am SS+SE-FrM-10 Investigation of the Initial Stages of Iron Surface Oxidation and Corrosion at the Liquid/Solid and Gas/Solid Interface Using in situ Surface Spectroscopy, Chathura de Alwis, M. Trought, Michigan Technological University; S. Nemsak, Advanced Light Source, Lawrence Berkeley National Laboratory; K. Perrine, Michigan Technological University

11:40am SS+SE-FrM-11 Evidence of a Surface to Bulk Core Level Shift in CoFe2O4 Thin Films Grown on Al2O3, Arjun Subedi, Y. Yun, D. Yang, X. Xu, P. Dowben, University of Nebraska-Lincoln

12:00pm SS+SE-FrM-12 Surface Science Studies of IrO2(101) Single Crystals, Erik Rheinfrank, F. Kraushofer, N. Resch, M. Riva, M. Schmid, G. Parkinson, U. Diebold, Institute of Applied Physics, TU Wien, Austria

1 National Student Award Finalist Friday Morning, October 29, 2021 70 8:20 AM Friday Morning, October 29, 2021

Thin Films Division Thin Films Division Room 207ABC W - Session TF+AP-FrM Room 207D W - Session TF+SS-FrM ALD and CVD for Nanostructured and High Aspect Ratio Epitaxial Thin Films and Interfaces Materials Moderator: Moderator: Subhadra Gupta, University of Alabama, USA Richard Vanfleet, Brigham Young University, USA 8:20am

8:40am TF+AP-FrM-2 Feature Scale Model to Investigate Aspect Ratio Dependency of SixNy Atomic Layer Deposition using Si2Cl6 and NH3, Evrim Solmaz, University of Texas at Austin; S. Ryu, J. Uh, Samsung Electronics, Korea (Republic of); L. Raja, University of Texas at Austin

9:00am TF+AP-FrM-3 Superconformal Trench Filling With Hf1-XVXB2 Using Two- INVITED: TF+SS-FrM-3 AVS 2021 Peter Mark Memorial Award Lecture: Precursor Chemical Vapor Deposition, Kinsey Canova, Z. Zhang, G. Girolami, Novel MBE Approaches for Atomically Precise Synthesis of “Stubborn” J. Abelson, University of Illinois at Urbana Champaign Metal Oxides, Bharat Jalan1, University of Minnesota, USA

9:20am TF+AP-FrM-4 Surface Functionalization of Nanoporous Carbon by Vapor Phase Methods for CO2 Capture, Stephan Prünte, G. van Straaten, Eindhoven University of Technology, Netherlands; D. , O. Diaz-Morales, J. van Dijck, H. de Neve, Carbyon, Netherlands; M. Creatore, Eindhoven University of Technology, Netherlands

9:40am INVITED: TF+AP-FrM-5 Rational Design of Hierarchically-Structured INVITED: TF+SS-FrM-5 AVS 2021 John Thornton Memorial Award Nanomaterials with Tailored Interfaces Using Atomic Layer Deposition: Lecture: Oxide MBE Rocks! Reflections on 35+ Years of Oxide MBE, Darrell Bridging Length Scales from Atoms to Bulk, Neil P. Dasgupta, University of Schlom2, Cornell University Michigan, Ann Arbor

10:00am

10:20am TF+AP-FrM-7 Tungsten Infiltration of CNT Forests by ALD for Micro-Scale TF+SS-FrM-7 Epitaxial Al/GaAs/Al Tri-layers Fabricated using a Novel X-Ray Collimators, Chase Vanfleet, R. Cass, R. Vanfleet, R. Davis, R. Vanfleet, Wafer-bonding Technique, Anthony McFadden, A. Goswami, M. Seas, Brigham Young University University of California Santa Barbara; C. McRae, University of Colorado Boulder; R. Zhao, University of Colorado at Boulder; D. Pappas, National Institute of Standards and Technology; C. Palmstrøm, University of California Santa Barbara

10:40am TF+AP-FrM-8 Tunable ALD Infiltration into Ultra-High-Aspect-Ratio TF+SS-FrM-8 Epitaxial Growth of Chalcogenide Perovskite Thin Films by Enabled by Process Modeling for High-Temperature Solar MBE, Ida Sadeghi, K. Ye, M. Xu, J. LeBeau, R. Jaramillo, MIT Thermal Applications, Andrew J. Gayle, Z. Berquist, Y. Chen, A. Hill, J. Hoffman, A. Bielinski, A. Lenert, N. Dasgupta, University of Michigan, Ann Arbor

11:00am TF+AP-FrM-9 Smoothing Surface Roughness Using Al2O3 Atomic Layer INVITED: TF+SS-FrM-9 Microscopic Mechanisms and Applications for Deposition, T. Myers, University of Colorado Boulder; J. Throckmorton, T. Hatwar, Remote Epitaxy of Iii-vs and Heusler Compounds, Jason Kawasaki, R. Borrelli, M. O'Sullivan, L3Harris Space & Airborne Systems; Steven George, University of Wisconsin - Madison University of Colorado Boulder

11:20am TF+AP-FrM-10 Atomic Layer Deposition of TiN and Pd for Efficient Hydrogen Separative Membranes, C. Badie, CNRS/Aix Marseille Univ, France; C. Charmette, M. Drobek, A. Julbe, CNRS/Univ. Montpellier, France; J. Decams, Annealsys SAS, France; M. Bechelany, CNRS/Univ. Montpellier, France; Lionel Santinacci, CNRS/Aix-Marseille Univ., France

11:40am TF+SS-FrM-11 Strain Engineering of Magnetism and Topological States in Rippled Heusler Membranes, Dongxue Du3, S. Manzo, C. Zhang, V. Saraswat, University of Wisconsin - Madison; K. Genser, K. , Rutgers, The State University of New ; P. Voyles, M. Arnold, J. Kawasaki, University of Wisconsin - Madison 12:00pm

1 Peter Mark Memorial Award Winner 2 John A. Thornton Memorial Award Winner 3 National Student Award Finalist Friday Morning, October 29, 2021 71 8:20 AM On Demand available October 25-November 30, 2021

2D Materials AC-On Demand-2 Characterization of Uranium Oxide Corrosion Using a Room On Demand - Session 2D-On Demand Microfluidic Electrochemical Cell, Jennifer Yao, E. Buck, S. Tripathi, N. Lahiri, E. Ilton, 2D Materials On Demand Session S. Riechers, D. Reilly, Pacific Northwest National Laboratory; S. Chatterjee, TerraPower LLC; X. Yu, Pacific Northwest National Laboratory 8:00am AC-On Demand-3 Observation of Multiple Dirac States in a Magnetic 2D-On Demand-1 Direct Imaging and Interaction Spectroscopy of Atomic- Topological Material EuMg2Bi2, Firoza Kabir, University of Central Fllorida; M. Hosen, Scale Ripples on MoS2 via Atomic Force Microscopy, O. Dagdeviren, McGill University of Central Florida; F. Cheenicode-Kabeer, A. Aperis, Uppsala University, University, Canada; O. Acikgoz, University of California Merced; P. Grütter, McGill Sweden; X. Ding, Idaho National Laboratory; G. Dhakal, K. Dimitri, C. Sims, S. Regmi, L. University, Canada; Mehmet Z. Baykara, University of California Merced Persaud, University of Central Florida; K. Gofryk, Idaho National Laboratory; P. M. Oppeneer, Uppsala University, Sweden; D. Kaczorowski, Polish Academy of Sciences, 2D-On Demand-2 CVD Growth and Characterization of Ferromagnetic Poland; M. Neupane, University of Central Florida Manganese (IV) Selenide-Epitaxial Graphene Heterostructures, Ihteyaz Aqaeed Avash, M. Pedowitz, G. Cassuto, K. Daniels, University of Maryland, College Park Atomic Scale Processing Focus Topic 2D-On Demand-3 Room Temperature Chemical Sensors Based on Room On Demand - Session AP-On Demand Nanoflower/Epitaxial Graphene Heterostructure, Soaram Kim, University of Maryland College Park; J. Park, Korea Research Institute of Atomic Scale Processing On Demand Session Standards and Science, Korea (Republic of); M. Pedwitz, D. Lewis, University of Maryland 8:00am College Park; S. Lee, The Ohio State University; B. Uppalapati, D. Khan, F. Bayram, G. Koley, Clemson University; S. Kang, Korea Research Institute of Standards and Science, AP-On Demand-1 Cu2O Spontaneous Etching By Acetylacetone and Cu Atomic Korea (Republic of); K. Daniels, University of Maryland College Park Layer Etching Using Sequential O2 or O3 and Acetylacetone Exposures, Aziz Abdulagatov, J. Partridge, University of Colorado at Boulder; V. Sharma, C. Dezelah, ASM 2D-On Demand-4 Structural Characterization of Cobalt Sulfide Sheets Microchemistry Ltd., Finland; S. George, University of Colorado at Boulder Supported on Au(111), Mahesh Krishna Prabhu, I. Groot, Leiden University, Netherlands AP-On Demand-2 In-situ Analysis of Surface Reactions for Plasma-Assisted Thermal-Cyclic Atomic Layer Etching of Tantalum Nitride, Kazunori Shinoda, 2D-On Demand-5 Edge Channels of Broken Symmetry Quantum Hall States in Hitachi , Japan; M. Hasegawa, Nagoya University, Japan; H. Hamamura, Hitachi , Graphene probed by Atomic Force Microscopy, Sungmin Kim, J. Schwenk, Japan; K. Maeda, K. Yokogawa, M. Izawa, Hitachi High-Tech, Japan; K. Ishikawa, M. Hori, National Institute of Standards and Technology (NIST)/ University of Maryland, College Nagoya University, Japan Park; D. Walkup, National Institute for Science and Technology (NIST); Y. Zeng, Columbia University; F. Ghahari, National Institute of Standards and Technology (NIST)/ University AP-On Demand-3 A first-principle Investigation of the ALD Selectivity Driving of Maryland, College Park; S. Le, National Institute of Standards and Technology (NIST); Forces for the Area Deposition of TiO2, Yukio Kaneda, Sony Semiconductor M. Slot, National Institute for Science and Technology (NIST); J. Berwanger, University of Solutions Corporation, Japan; E. A. Marques, Katholieke Universiteit Leuven, Belgium; S. Regensburg, Germany; S. Blankenship, National Institute for Science and Technology Armini, A. Delabie, M. van Setten, G. Pourtois, IMEC, Belgium (NIST); F. Giessibl, University of Regensburg, Germany; N. Zhitenev, National Institute for Science and Technology (NIST); C. Dean, Columbia University; J. Stroscio, National AP-On Demand-4 Scaling of InGaZnO to sub-40nm Regime Using Advanced Institute for Science and Technology (NIST) Etch Techniques, Shreya Kundu, F. Lazzarino, IMEC, Belgium

2D-On Demand-6 Band Gap Tuning in Lateral Heterostructures of Mose2(1- AP-On Demand-5 A Theoretical Investigation Into the Oxidative Etching of X)S2x-Wse2(1-X)S2x TErnary Alloys, Florence Ann Nugera, P. Sahoo, University of South Ruthenium, Neung-Kyung Yu, B. Shong , Hongik University, Korea (Republic of); J. Lee Florida; Y. Xin, National High Magnetic Field Laboratory, Florida State University; H. , W. Kim , Hanyang University, Korea (Republic of) Gutierrez, University of South Florida AP-On Demand-6 Blocking Thermal Atomic Layer Etching With Removable 2D-On Demand-7 Nonuniform Temperatures in Quasi-One- Etch Stop Layers, David Zywotko, University of Colorado Boulder; O. Zandi, J. Faguet, Dimensional TiS3 and ZrS3, Archit Dhingra, P. Dowben, University of Nebraska- P. Abel, TEL Technology Center, America, LLC; S. George, University of Colorado Boulder Lincoln, USA AP-On Demand-7 Atomic Layer Etching of HfO2 and ZrO2 Landing on WS2 2D-On Demand-8 Visualizing Spin-Polarized Electronic States with SR-ARPES, Transition Metal Dichalcogenide, Jean-Francois de Marneffe, D. Marinov, imec Beatriz Muñiz Cano, M. Valbuena Martinez, IMDEA Nanociencia, Spain v.z.w., Belgium; A. Goodyear, Oxford Instruments Plasma Technology, UK; B. Groven, imec v.z.w., Belgium; P. Wyndaele, KU Leuven, Belgium; S. Kundu, imec v.z.w., Belgium; 2D-On Demand-9 Tuning Ferromagnetic Properties of Monolayer CrI3 via M. Cooke, Oxford Instruments Plasma Technology, UK; S. De Gendt, KU Leuven, Belgium Molecular Adsorption, Jiho Yang, B. Shong, Hongik University, Korea (Republic of) AP-On Demand-8 Probing the Selectivity of Area-Selective Spatial ALD + Etch- 2D-On Demand-10 Electron Emission from Quasi-freestanding Bilayer Back Supercycles for SiO2 by Low Energy Ion Scattering, Alfredo Mameli, TNO- Epitaxial Graphene Microstructures, Daniel Lewis, K. Daniels, University of Holst Centre, Netherlands; P. Brüner, IONTOF GmbH, Germany; F. Roozeboom, TNO- Maryland, College Park Holst Centre, Netherlands; T. Grehl, IONTOF GmbH, Germany; P. Poodt, TNO-Holst Centre, Netherlands 2D-On Demand-11 From Energy Dissipation on Dirac Materials to Intermediate Stages of Hexagonal Boron Nitride Growth, Anton Tamtögl, A. AP-On Demand-9 CMOS-Compatible Processing of Atomic-Precision Donor Ruckhofer, Graz University of Technology, Austria; N. Avidor, University of Cambridge, Devices, DeAnna Campbell, A. Leenheer, E. Anderson, S. Schmucker, J. Ivie, X. Gao, W. UK; M. Sacchi, University of Surrey, UK; M. Bremholm, P. Hofmann, Aarhus University, Lepkowski, T. Lu, L. Tracy, S. Misra, Sandia National Laboratories Denmark; G. Benedek, University of Milano-Bicocca, Italy; W. Allison, University of Cambridge, UK AP-On Demand-10 Room Temperature Operation of Donor-Based Atomically Precise Devices, Jeffrey Ivie, L. Tracy, J. Mendez, S. Gao, E. Anderson, S. Schmucker, D. 2D-On Demand-12 Observation of Intra-Unit-Cell Nematic Order in Epitaxial Campbell, D. Scrymgeour, A. Katzenmeyer, D. Ward, T. Lu, S. Misra, Sandia National Bilayer FeSe Films on SrTiO3(001), Lian Li, H. Zhang, West Virginia University, USA; Laboratories M. Weinert, University of Wisconsin, Milwaukee 2D-On Demand-13 Phase Dependent-Nanoscale Friction on Two Dimensional Applied Surface Science Division Layers, Dooho Lee, H. Lee, J. Park, Korea Advanced Institute of Science and Technology Room On Demand - Session AS-On Demand (KAIST) & Institute for Basic Science (IBS), Korea (Republic of) Applied Surface Science On Demand Session Actinides and Rare Earths Focus Topic 8:00am Room On Demand - Session AC-On Demand AS-On Demand-1 Peeling the Onion: Argon Cluster Sputtering Reveals the Actinides and Rare Earths On Demand Session Internal Distribution of Species in Organic Nanoparticles, Y. Pei, J. Vorng, R. Havelund, D. Cant, Alexander Shard, National Physical Laboratory, UK 8:00am AS-On Demand-2 Buried Interface and Buried Film Analysis Using Lab-Scale AC-On Demand-1 XPS Analysis of 4f Core Levels in α-Pu and δ-stabilized Pu- Haxpes Instruments, Thierry Conard, C. Zborowski, A. Vanleenhove, I. Hoflijk, I. Ga Alloys, Keith White, J. Newberg, R. Sykes, S. Hernandez, D. Moore, D. Olive, A. Vaesen, P. van der Heide, IMEC, Belgium Pugmire, T. Venhaus, C. Archuleta, M. Curtis, T. Martinez, J. Mitchell, M. Ramos, J. Joyce, Los Alamos National Laboratory

On Demand available October 25-November 30, 2021 72 On Demand available October 25-November 30, 2021 AS-On Demand-3 Non-Destructive Chemical Characterization and Thickness AS-On Demand-18 Coincident XPS and Raman Analysis of Drug Composition Determination of Layer Stacks by Laboratory-Based Hard X-Ray Photoelectron Phases in a Pain-Killing Tablet, Paul Mack, Thermo Fisher Scientific, UK Spectroscopy , Anja Vanleenhove, T. Conard, C. Zborowski, I. Hoflijk, P. van der Heide, IMEC, Belgium; K. Artyushkova, D. Watson, Physical Electronics USA AS-On Demand-19 Advancing Multimodal Imaging of the Evolving Interface of Irradiated Materials, Xiao-Ying Yu, J. Yao, S. Spurgeon, B. Matthews, S. Riechers, Z. AS-On Demand-4 Temperature Dependent Changes in Surface Chemistry of Zhu, W. Luscher, Pacific Northwest National Laboratory SrTiO3 Analysed With XPS, Cluster Depth Profiling and Ion Scattering AS-On Demand-20 Quantum Considerations About the Magic Angle in XPS Spectroscopy, Paul Mack, Thermo Fisher Scientific, UK Equipment, Alberto Herrera-Gomez, Cinvestav-Unidad Queretaro, Mexico AS-On Demand-5 LiTaO3(110) Nano-Bonding with Si-based Materials via Surface Energy Engineering (SEE) and Three Liquid Contact Angle Analysis Biomaterial Interfaces Division (3LCAA), Shefali Prakash, A. Elison, S. Swaminathan, M. Sahal, Arizona State University; B. Baker, J. Kintz, Intel Corporation; A. Yano, Texas A&M University; S. Narayan, Room On Demand - Session BI-On Demand University of Pennsylvania; A. Brimhall, Micron Technology; L. Puglisi, R. Culbertson, N. Biomaterial Interfaces On Demand Session Herbots, Arizona State University 8:00am AS-On Demand-6 Understanding Interphase Formation in Nano-Bonding™ Of BI-On Demand-1 A Mussel Inspired Catechol Polymer: Is It Sticky?, Laura Gaas to Si in Air at T ≤ 220°C via Surface Energy Engineering Based on 3lCAA, Mears, J. Appenroth, M. Valtiner, Vienna University of Technology, Austria IBA, XPS, SAM and TEM, Aashi R Gurijala, N. Suresh, A. Chow, S. Khanna, M. Sahal, Arizona State University Physics Department; S. Ram, Yale University; T. Diaz, M. BI-On Demand-2 Fast, Accurate Blood Analysis Algorithm for X-Ray Bertram, C. Cornejo, W. Peng, T. Balasooriya, T. Karcher, Arizona State University Physics Fluorescence on Homogeneous Thin Solid Films of Microliter-sized Whole Department; R. Culbertson, Arizona State University Physics Department; K. Kavanaugh, Blood Droplets, Thilina Balasooriya, W. Peng, N. Suresh, A. Gurijala, S. Khanna, A. Simon Fraser University, Canada; N. Herbots, Arizona State University Physics Chow, M. Sahal, Arizona State University; S. Ram, Yale University; S. Narayan, University Department; P. Penmatcha, S. Jandhyala, Arizona State University of Pennsylvania; Y. Pershad, Stanford University; E. Culbertson, Ronald Reagan UCLA AS-On Demand-7 Computed Surface Vibration Modes, IR Absorption and Medical Center; R. Culbertson, N. Herbots, Arizona State University; V. Desai, MicroDrop Diagnostics, LLC Gibbs Free Energy for LiTaO3(110) and LiNbO3(110) Correlation with Surface Energies Measured via 3LCAA, Mohammed Sahal, A. Elison, S. Prakash, S. BI-On Demand-3 3D Cell Culture Systems for Evaluating Fibrosis Responses to Swaminathan, R. Rane, L. Puglisi, B. Baker, R. Culbertson, N. Herbots, Arizona State Biomaterials, Z. Oo, Swinburne University of Technology, Australia; Sally McArthur, University CSIRO, Australia AS-On Demand-8 Quantitative Fabric Analysis of Clay Flocs Using Two- BI-On Demand-4 Surface Analysis of Alum Adjuvant for Vaccine Development Dimensional X-Ray Diffraction, Tao Jiang, G. Zhang, UMass Amherst and Delivery, G. Guerrini, University of Siena LAMMB (Biotechnology and Molecular Microbiology Lab), Italy; J. Banuls Ciscar, European Commission, Joint Research Centre, AS-On Demand-9 Deep Depth profiling using Gas Cluster SIMS – Micrometer Italy; F. Fumagalli, European Commission, Joint Research Centre, Italy; J. Ponti, L. Topography Development and Effects on Depth Resolution, Shin Muramoto, Calzolai, European Commission, Joint Research Centre, Italy; D. Medaglini, University of NIST; D. Graham, University of Washington Siena, LAMMB (Biotechnology and Molecular Microbiology Laboratory), Italy; Giacomo Ceccone, European Commission, Joint Research Centre, Italy AS-On Demand-10 Effects of Li Deintercalation in the Electronic Structure of LiXCoO2 Epitaxial Thin Films, Elena Salagre, Dto. Fisica Materia Condensada, Univ BI-On Demand-5 Design for X-ray Fluorescence, X-ray Photoelectron Autonoma de Madrid, Spain; P. Segovia, Univ Autonoma de Madrid, IFIMAC, Spain; M. Spectroscopy, and Ion Beam Analysis of Blood Drops solidified as González-Barrio, Univ. Complutense de Madrid, Spain; J. Pearson, University of Homogeneous Thin Films for Fast, Small Volume, Accurate Diagnostics, Nikhil Maryland; I. Takeuchi, University of Maryland; E. , A. Talin, Sandia National Suresh, A. Gurijala, S. Khanna, A. Chow, W. Peng, T. Balasooriya, MicroDrop Diagnostics, Laboratories; M. Jugovac, P. Moras, Istituto di Struttura della Materia, Consiglio LLC; M. Sahal, Arizona State University; L. Puglisi, SiO2 Innovates, LLC; E. Culbertson, Nazionale delle Ricerche, Italy; A. Mascaraque, Dto. Física de Materiales, Fac. Ciencias MicroDrop Diagnostics, LLC; N. Herbots, Arizona State University; A. Thinakaran, A. Físicas, Univ. Complutense de Madrid, Spain; E. Garcia-Michel, Univ. Autonoma de Suresh, MicroDrop Diagnostics, LLC Madrid, IFIMAC , Spain BI-On Demand-6 Mussel Foot Adhesion: A Fundamental Perspective on AS-On Demand-11 Understanding the Effect of Surface Treatment on the Factors Governing Strong Underwater Adhesion, J. Appenroth, L. Mears, P. Bilotto, Boehmite Scale Formation on Aluminum 6061, Lyndi Strange, X. Yu, V. A. Imre, H. Cheng, Markus Valtiner, Vienna University of Technology, Austria Shutthanandan, J. Gao, J. Son, Y. Zhang, R. Prabhakaran, K. , V. Joshi, Pacific Northwest National Laboratory BI-On Demand-7 Hand-Held X-ray Fluorescence (XRF) Analysis for Fast, Accurate, Comprehensive Small Volume Blood Diagnostics using Blood Drops AS-On Demand-12 Using Polyamide Films Grown by Molecular Layer Rapidly Solidified into Homogeneous Thin Solid Films, Thilina Balasooriya, W. Deposition (MLD) on Si(111) to Form 3C-SiC Thin Film, Rustam Amashaev, Peng, N. Suresh, A. Gurijala, M. Sahal, Arizona State University; S. Narayan, University of Dagestan State University, Russian Federation; I. Abdulagatov, Dagestan State Uiversity, Pennsylvania; Y. Pershad, Stanford University; E. Culbertson, UCLA Medical Center; R. Russian Federation Culbertson, N. Herbots, Arizona State University AS-On Demand-13 GaAs/Si Surface Energy Engineering, Modeling, and Nano- BI-On Demand-8 GCIB-ToF-SIMS Imaging for Lipid Imaging in Planaria, Lara Bonding™ for Solar Cells at Low Temperatures ≤ 220°C, A. Gurijala, P. Penmatcha, Gamble, D. Graham, University of Washington, Seattle; C. Anderton, D. Velickovic, Pacific S. Jandhyala, M. Sahal, W. Peng, T. Balasooriya, T. Diaz, M. Bertram, C. Cornejo, Arizona Northwest National Laboratory; T. Angerer, University of Washington, Seattle State University; K. Kavanaugh, Simon Fraser University; R. Culbertson, Nicole Herbots, Arizona State University BI-On Demand-9 Studying the Aggregation Effect of Microbes on Oxide and Synthetic Soil Using ToF–SIMS, Yuchen Zhang, X. Yu, J. Son, Pacific AS-On Demand-14 Surface Characterisation of sp2 Carbon Materials – From Northwest National Laboratory; Q. Huang, W. Chen, Huazhong Agricultural University, Graphene to Nuclear , Sarah Coultas, J. Counsell, N. Gerrard, Kratos China Analytical Limited, UK; C. Moffitt, Kratos Analytical Inc; C. Blomfield, Kratos Analytical Limited, UK Chemical Analysis and Imaging at Interfaces Focus Topic AS-On Demand-15 Understanding the Intrinsic Stability of Solvated Room On Demand - Session CA-On Demand Electroactive Ions at Heterogenous Mg Interfaces, Venkateshkumar Prabhakaran, G. Johnson, Pacific Northwest National Laboratory; G. Agarwal, J. Howard, Chemical Analysis and Imaging at Interfaces On Demand L. Curtis, Argonne National Laboratory, USA; L. Soule, S. Wi, K. Hankins, S. Thevuthasan, Session V. Shutthanandan, Y. Shao, R. Assary, K. Mueller, V. Murugesan, Pacific Northwest National Laboratory 8:00am AS-On Demand-16 A New SIMS Method to Characterize Hydrogen in CA-On Demand-1 Capturing Charge-Dynamics of Ionic-Liquid Electrolytes Polysilicon Films, Xuefeng Lin, A. Fucsko, K. Noehring, J. Brown, E. Gabriel, A. Regner, Within Energy Storage Devices With Operando X-Ray Photoelectron S. York, D. Palsulich, Corporate Laboratory, Technology Department, Micron Spectroscopy, E. Oz, Bilkent University, Turkey; M. Basaran, Koc University, Turkey; B. Technology. Inc. Ulgut, Bilkent University, Turkey; C. Kocabas, Manchester University, UK; A. Kocabas, Koc University, Turkey; Sefik Suzer, Bilkent University, Turkey AS-On Demand-17 Crystal Anisotropy in Surface Energy Engineering(See) OF TM LiTaO3(110) Piezo-Electric for Low Temperature (< 453 K) Nano-Bonding to SI and A-Quartz SiO2, S. Prakash, M. Sahal, A. Elison, Shreyash Prakash, B. Baker, S. Narayan, L. Puglisi, R. Culbertson, N. Herbots, Arizona State University

On Demand available October 25-November 30, 2021 73 On Demand available October 25-November 30, 2021 CA-On Demand-2 Operando Spatiotemporal Potential Mapping of Ionic Fundamental Discoveries in Heterogeneous Catalysis Focus Liquid Polarization in a Coplanar Electrochemical Device Using Xps and Sem Topic Comparatively, Sefik Suzer, Bilkent University, Turkey; E. Strelcov, A. Kolmakov, National Institute of Standards and Technology (NIST) Room On Demand - Session HC-On Demand Fundamental Discoveries in Heterogenous Catalysis On CA-On Demand-3 Selecting a Water-lean Solvent for CO2 Capture Using Liquid ToF-SIMS, Jun Gao, Y. Zhang, J. Son, Z. Zhu, D. Heldebrant, R. Rousseau, X. Yu, Pacific Demand Session Northwest National Laboratory 8:00am

Spectroscopic Ellipsometry Focus Topic HC-On Demand-1 Operando Structural Characterization of Co-Promoted MoS2 Nanoparticles Under Hydrodesulfurization Reaction Conditions Using Room On Demand - Session EL-On Demand the Reactor STM, Mahesh Krishna Prabhu, Leiden University, The Netherlands; I. Spectroscopic Ellipsometry On Demand Session Groot, Leiden University, Netherlands 8:00am HC-On Demand-2 Understanding Ligand-Directed Heterogeneous Catalysis: EL-On Demand-1 Temperature Dependent Dielectric Function Tensor of Bulk When the Dynamically Changing Nature of the Ligand Layer Controls the Hydrogenation Selectivity, Swetlana Schauermann, C. Schroeder, M. Schmidt, Kiel Single-Crystal NdGaO3, Matthew Hilfiker, U. Kilic, M. Stokey, R. Korlacki, University of University, Germany Nebraska-Lincoln, USA; E. Schubert, University of Nebraska - Lincoln; M. Schubert, University of Nebraska-Lincoln, USA HC-On Demand-3 Derivatization Effect of Cobalt Phthalocyanine on the EL-On Demand-2 Generalized Spectroscopic Ellipsometry Determination of Catalytic Activity for Carbon Monoxide Reduction, Yutaro Umejima, J. Nakamura, The University of Electro-Communications (UEC-Tokyo), Japan Band Gap and Higher Energy Transitions for Monoclinic β-(AlxGa1-x)2O3 and Hexagonal α-(AlxGa1-x)2O3, Matthew Hilfiker, U. Kilic, M. Stokey, University of HC-On Demand-4 Surface Characterization and Methane Activation of Nebraska-Lincoln, USA; A. Mock, Naval Research Laboratory, USA; V. Darakchieva, SnOX/Cu2O/Cu(111) Inverse Model Catalysts, Jindong Kang, Stony Brook Linkoping University, Sweden; R. Korlacki, University of Nebraska - Lincoln; A. Mauze, Y. University; J. Rodriguez , Brookhaven National Laboratory Zhang, University of California Santa Barbara; R. Jinno, Kyoto University, Japan; H. Xing, D. Jena, Cornell University; J. Speck, University of California Santa Barbara; M. Schubert, HC-On Demand-5 Crystal Plane Effect of Cu2O Clusters on the Catalytic University of Nebraska-Lincoln, USA Performance of Pt/Cu2O under CO Oxidation, Seunghwa Hong, H. Choi, D. Kim, J. EL-On Demand-3 One-Pot Microwaved Synthesized Luminescent Carbon Park, Korea Advanced Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), Korea (Republic of) Quantum Dots From Various Citrus Fruit, Taliya Gunawansa, S. Pradhan, M. Bahoura, Norfolk State University HC-On Demand-6 Catalytic Synergy on PtNi Bimetal Catalysts Driven by Interfacial Intermediate Structure, Taek-Seung Kim, Korea Advanced Institute of Electronic Materials and Photonics Division Science and Technology (KAIST) & Institute for Basic Science (IBS), Korea (Republic of); J. Kim, Institute for Basic Science (IBS), Korea (Republic of); H. Song, D. Kim, J. Park, Korea Room On Demand - Session EM-On Demand Advanced Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), Electronic Materials and Photonics On Demand Session Korea (Republic of)

8:00am HC-On Demand-7 Reactivity of Butanol on TiO2/Au(111) Inverse Model EM-On Demand-1 Non-Cu Interconnects - A Supply Chain Perspective, Jimmy Catalysts, Lyssa Garber, A. Galgano, C. Rogers, A. Baber, James Madison University Wang, S. Odunuga, S. Sundararajan, S. Vyas, S. Semproni, S. King, Intel Corporation; W. HC-On Demand-8 Surface-Dependent Selectivity of Ethanol With TiO2 Bodman, C. Chintakalaya, L. Bejarano, F. Sohail, Arizona State University Modified Au(111) Model Catalysts, Clayton Rogers, D. Boyle, M. DePonte, A. Baber, EM-On Demand-2 Designing Transition Metal Doped Lithium Fluoride James Madison University Composite Cathode Materials For Li-Ion Batteries, Clifford Denize, S. Danquah, J. HC-On Demand-9 Active Sites and Structural Transformation of NiFeOx Strimaitis, Center for Materials Research Norfolk State University; C. Bonner, Chemistry Department Norfolk State University and Center for Materials Research Norfolk State Catalysts during Electrocatalytic Oxygen Evolution Reaction: Effects of University; S. Pradhan, M. Behera, Center for Materials Research Norfolk State Catalyst Loading and Support, Xingyi Deng, D. Kauffman, D. Sorescu, National Energy University; M. Bahoura, Engineering Department Norfolk State University and Center for Technology Laboratory Materials Research Norfolk State University Advanced Ion Microscopy and Ion Beam Nano-engineering EM-On Demand-3 Physical Property Improvement of Atomic Layer Deposited Thin-film Interconnects, Ajit R. Dhamdhere, B. Nie, H. Cho, H. Kim, Eugenus, Inc. Focus Topic Room On Demand - Session HI-On Demand EM-On Demand-4 Wafer-Scale Fabrication of Nanostructured Carbon Thin Film-Based Electronic Devices, Zhigang Xiao, L. Williams, J. Elam, A. Jones, Q. Yuan, Advanced Ion Microscopy & Nano-Engineering On Demand Alabama A&M University Session

EM-On Demand-5 Laser Induced Thermal Emission from Nickel Nanowires, 8:00am Ana Silva, Cefitec, Physics Department, FCT, Universidade Nova de Lisboa, Portugal; K. HI-On Demand-1 Applications of the Cesium Low Temperature Ion Source, Pedersen, Aalborg University, Denmark Adam Steele, A. Schwarzkopf, zeroK NanoTech Corporation; B. Knuffman, zeroK NanoTech Corporation EM-On Demand-6 Wake up and of Ferroelectric Hf0.5Zr0.5O2 on NbN and Nb, David Henry, Sandia National Laboratories; S. Fields, University of Virginia; S. Smith, P. Davids, Sandia National Laboratories; J. Ihlefeld, University of Leaders in Energy and the Environment Focus Topic Virginia Room On Demand - Session LD-On Demand EM-On Demand-7 Flexible Transition Metal Dichalcogenide Devices for Leaders in Energy and the Environment On Demand Session Environmental Sensors and Energy Harvesting, Alwin Daus, K. Nassiri Nazif, S. 8:00am Vaziri, A. Khan, R. Grady, V. Chen, C. Bailey, H. Lee, C. Koroglu, K. Brenner, K. Schauble, A. Kumar, K. Saraswat, E. Pop, Stanford University LD-On Demand-1 Work Function Reduction of Carbon Nanospikes and the EM-On Demand-8 2020 AVS Graduate Research Award Talk: Monolithic Effects of Contaminants by XPS and UPS, Arthur Baddorf, D. Hensley, Oak Ridge National Laboratory; A. Rondinone, Los Alamos National Laboratory Integration of Crystalline III-Vs on Amorphous Substrates using a Combination of Epitaxial and Non-epitaxial Methods, Debarghya Sarkar1, R. Kapadia, University of Southern California

1 AVS 2020 Graduate Student Awardee On Demand available October 25-November 30, 2021 74 On Demand available October 25-November 30, 2021 New Trends in Structural Electronic Characterization of MN-On Demand-4 Interposer Fabrication with Heterogeneous Integration of Multi-Project Wafer Die for Mid-Volume RF Microsystems, Mieko Hirabayashi, Materials, Interfaces, and Surfaces Using Synchrotron and S. Lepkowski, S. Herrera, C. Nordquist, C. Gibson, A. Ruyack, J. McDow, A. Hollowell, M. FEL Based Light Sources Focus Topic Jordan, Sandia National Labs Room On Demand - Session LS-On Demand MN-On Demand-5 Scaling Copper Deposition in Through-silicon Vias from Die New Trends in Structural Electronic Characterization of Level to Wafer Level Plating, Jessica McDow, R. Schmitt, M. Hirabayashi, E. Baca, J. Materials, Interfaces, and Surfaces Using Synchrotron and McClain, L. Menk, A. Hollowell, M. Jordan, Sandia National Laboratories FEL Based Radiation Sources On Demand Session MN-On Demand-6 Device Fabrication Process for Controlled RF Plasma 8:00am Breakdown, Sergio Herrera, A. Ruyack, M. Jordan, C. Moore, G. Hummel, M. Ballance, A. Bingham, A. Schiess, C. Gibson, C. Nordquist, Sandia National Labs LS-On Demand-1 Resolving Interfacial Electronic Structure in Thin Film Heterostructures using Resonant X-ray Reflectometry, Ryan Need, University of MN-On Demand-7 Resonant Motion and Frequency Tuning in Nano- Florida Electromechanical Devices Based on Two-Dimensional Semiconductor WSe2, Yachun Liang, J. Zhu, F. Xiao, S. Wu, C. Jiao, Z. Wang, University of Electronic Science LS-On Demand-3 HAXPES Study of Surface/Interface Effects Induced by and Technology of China Heavy Alkali Post Deposition Treatment of (Ag,Cu)(In,Ga)se2 Thin Film Solar MN-On Demand-8 Observation of Temperature Coefficient of Frequency Cell Absorbers, Natalia Martin, Uppsala University, Sweden; T. Törndahl, Uppsala University , Sweden; K. Simonov, Department of Materials and Process Development (TCf) Reversalin Bismuth Oxyiodide (BiOI) Vibrating Nanomechanical Swerim AB, Sweden; H. Rensmo, C. Platzer-Björkman, Uppsala University, Sweden Resonators, Fei Xiao, S. Wu, J. Zhu, Y. Liang, C. Jiao, S. Pei, Z. Wang, University of Electronic Science and Technology of China Magnetic Interfaces and Nanostructures Division MN-On Demand-9 Gate-Switchable Bistable Nanomechanical Resonators Room On Demand - Session MI-On Demand Based on Two-dimensional Molybdenum Sulfide, Chenyin Jiao, B. Xu, J. Zhu, F. Xiao, Y. Liang, J. Chen, S. Pei, J. Xia, Z. Wang, University of Electronic Science and Magnetic Interfaces On Demand Session Technology of China 8:00am MI-On Demand-1 Direct Imaging of the Ac Component of the Pumped Spin Nanoscale Science and Technology Division Polarization With Element Specificity, Santa , T. Schaffers, Johannes Kepler Room On Demand - Session NS-On Demand University Linz, Austria; S. Stienen, Helmholtz-Zentrum Dresden-Rossendorf, Germany; Nanoscale Science and Technology On Demand Session M. Buchner, Johannes Kepler University Linz, Austria; S. Wintz, Max Planck Institute for Intelligent Systems, Germany; S. Mayr, Paul Scherrer Institute, Switzerland; J. Förster, 8:00am Max Planck Institute for Intelligent Systems, Germany; V. Ney, Johannes Kepler University Linz, Austria; R. Narkowicz, K. Lenz, Helmholtz-Zentrum Dresden-Rossendorf, NS-On Demand-1 Precision Control of Cavity Quantum Electrodynamics in Germany; M. Weigand, Helmholtz-Zentrum Berlin, Germany; H. Ohldag, Stanford Space-Time with fsTHz-STM, Likun Wang, Y. Xia, W. Ho, University of California Irvine Synchrotron Radiation Laboratory; University of California Santa Cruz; J. Lindner, Helmholtz-Zentrum Dresden-Rossendorf, Germany; A. Ney, Johannes Kepler University NS-On Demand-2 RF Plasma for the Facile Fabrication of Bio-Functional Linz, Austria Polymeric Nanoparticles, Laura Haidar, University of Sydney, Australia MI-On Demand-2 Breaking Time-Reversal Symmetry at the M Point: Spin NS-On Demand-3 Mechanical Size Effect of Nanoconfined Polymer Films, Signal from a Surface State on Tl/Ge(111), Markus Donath, P. Eickholt, P. Krüger, Guorui Wang, F. Najafi, K. Ho, M. Hamidinejad, T. Cui, G. Walker, C. Singh, T. Filleter, S. Stolwijk, A. Schmidt, Westfälische Wilhelms-Universität Münster, Germany University of Toronto, Canada MI-On Demand-3 Spin-orbit-induced effects in VLEED experiments from NS-On Demand-4 In-Plane Mechanical Properties of 2D Hybrid Organic- Inorganic Perovskites Nanosheets by AFM Nanoindentation, Doyun Kim, Texas MoS2/Au(111), Christoph Angrick, A. Henriksen, N. Mutzke, A. Reimann, University of Münster, Germany; M. Ewert, L. Buß, Brandenburg University of Technology Cottbus- A&M University; E. Vasileiadou, I. Spanopoulos, M. Kanatzidis, Northwestern University; Senftenberg, Germany; J. Falta, University of Bremen, Germany; J. Flege, Brandenburg Q. Tu, Texas A&M University University of Technology Cottbus-Senftenberg, Germany; M. Donath, University of NS-On Demand-5 How does Humidity affect the Mechanical Behavior of Münster, Germany Halide Perovskites?, Isaac Buchine, Bar-Ilan University, Israel; I. Goldian, S. Cohen, D. MI-On Demand-4 Direct Observation of Spin Accumulation in Cu Induced by Cahen, Weizmann Institute of Science, Israel Spin Pumping, J. Ding, Argonne National Laboratory; W. Zhang, Oakland University; B. NS-On Demand-6 Ultrathin, Stress-Free, Doubly-Clamped Nanomechanical Jungfleisch, J. Pearson, Argonne National Laboratory; Hendrik Ohldag, Lawrence Berkeley Lab, University of California, Berkeley; V. Novosad, Argonne National Resonator, Jian Zhou, N. Moldovan, L. Stan, H. Cai, D. Czaplewski, D. López, Argonne Laboratory; A. Hoffmann, University of Illinois at Urbana Champaign National Laboratory MI-On Demand-5 Spatially Resolved Ferromagnetic Resonance of a Single NS-On Demand-7 Thermal Activation of Nanoscale Wear, W. Wang, Southwest Jiaotong University, China; D. Dietzel, Andre Schirmeisen, Justus-Liebig University Fe3O4 Nanoparticle Chain Using Scanning Transmission X-Ray Microscopy, Giessen, Germany Thomas Feggeler, B. Zingsem, R. Meckenstock, University of Duisburg-Essen, Germany; H. Ohldag, Lawrence Berkeley National Laboratory (LBNL); M. Farle, H. Wende, K. Ollefs, NS-On Demand-8 Reduction in Contact Time of Bouncing Droplets on University of Duisburg-Essen, Germany Compact Nanostructured Superhydrophobic Surfaces, Lin Wang, Department of Materials Science and Engineering, Materials Research Institute,The Pennsylvania State MEMS and NEMS Group University, University Park; T. Wong, Department of Mechanical Engineering, Materials Room On Demand - Session MN-On Demand Research Institute, The Pennsylvania State University, University Park MEMS and NEMS On Demand Session NS-On Demand-9 Efforts of Interlayer Interaction on van der Waals 8:00am Heterostructure Nanomechanical Resonators, Wen Sui, J. Lee, P. Feng, University of Florida MN-On Demand-1 Observation of Tunable Opto-Mechanical Responsivity in NS-On Demand-10 Intrinsic and Interfacial Fatigue of Graphene, Teng Cui, T. Two-Dimensional Semiconducting Nanoelectromechanical Resonators, Filleter, University of Toronto, Canada Jiankai Zhu, University of Electronic Science and Technology of China; P. Zhang, Shanghai Jiao Tong University, China; J. Li, B. Xu, S. Wu, F. Xiao, Y. Liang, T. Wen, F. Wang, NS-On Demand-11 Atomic-Scale Visualization of Electron-Pair Fluids and University of Electronic Science and Technology of China; R. Yang, Shanghai Jiao Tong Crystals, Xiaolong Liu, Y. Chong, Cornell University; R. Sharma, University of Maryland University, China; Z. Wang, University of Electronic Science and Technology of China College Park; J. Davis, Cornell University/University of Oxford/University College Cork

MN-On Demand-2 Improving Signal-to-Noise Ratio and Noise Matching in NS-On Demand-12 High-Speed Scanning Tunneling Spectroscopy, Hamed AlN NEMS Resonators Using Parametric Amplification, Tahmid Kaisar, J. Lee, P. Alemansour, S. Moheimani, University of Texas at Dallas; J. Owen, J. Randall, E. Fuchs, X.-L. Feng, University of Florida Zyvex Labs

MN-On Demand-3 MoTe2 NEMS Resonator for Near-Infrared Light Detection, S M Enamul Hoque Yousuf, X. Zheng, P. Feng, University of Florida, Gainesville

On Demand available October 25-November 30, 2021 75 On Demand available October 25-November 30, 2021

NS-On Demand-13 Phonon Polaritons in New Materials for Nanophotonic PS-On Demand-10 Impacts of Different Carrier Wafers during Cl2 Inductively Applications, Vanessa Breslin, D. Ratchford, U.S. Naval Research Laboratory; A. Giles, Coupled Plasma Etching on the GaN Surface and the Al2O3/Gan Interface, Quantitative Scientific Solutions, LLC; A. Dunkelberger, J. Owrutsky, U.S. Naval Research Thibaut Meyer, S. Boubenia, C. Petit-Etienne, B. Salem, E. Pargon, CNRS-LTM, Université Laboratory Grenoble Alpes, France NS-On Demand-14 Nanoscale Chemical Analysis of Heterogeneous PS-On Demand-11 Wireless Retarding Field Analyzer for Ion Energy Amphiphilic Surfaces via Photo-Induced Force Microscopy, Derek Nowak, P. Distribution Measurements in Plasma Processes, David Gahan, Impedans Ltd, O'Reilly, Molecular Vista; J. Benda, C. Gu, D. Webster, North Dakota State University; S. Ireland Park, Molecular Vista PS-On Demand-12 Characterisation of N-Based Plasma-Functionalised NS-On Demand-15 Controlled Electron-Induced Fabrication of Metallic Microporous Activated Carbon and Macroporous Cordierite Monoliths for Nanostructures on 1nm Thick Carbon Nanomembranes, C. Preischl, Friedrich- Improved CO2 Adsorption, Madhuwanthi Buddhadasa, Université Libre de Bruxelles, Alexander Universität Erlangen-Nürnberg, Germany; Linh Hoang Le, Universität Belgium; Y. Ali Gómez Rueda, B. Verougstraete, Vrije Universiteit Brussel, Belgium; T. Bielefeld, Germany; E. Bilgilisoy, Friedrich-Alexander Universität Erlangen-Nürnberg, Doneux, Université Libre de Bruxelles, Belgium; J. Denayer, Vrije Universiteit Brussel, Germany; F. Vollnhals, PFriedrich-Alexander Universität Erlangen-Nürnberg, Germany; Belgium; F. Reniers, Université Libre de Bruxelles, Belgium A. Gölzhäuser, Universität Bielefeld, Germany; H. Marbach, Friedrich-Alexander Universität Erlangen-Nürnberg, Germany PS-On Demand-13 Insights Into the Plasma Catalytic Decomposition of Methane: Role of Atomic O and Surface Species, Yudong Li, University of NS-On Demand-16 Fully Motorized, Tip-Scanning AFM With Photothermal Maryland College Park; J. Jiang, University of Minnesota; M. Hinshelwood, University of Excitation for Improved Imaging and Cell Measurement Methods, Jonathan Maryland College Park; P. Bruggeman, University of Minnesota; G. Oehrlein, University , C. Bippes, L. Howald, S. Fricker, P. Frederix, P. van Schendel, H. Gunstheimer, L. of Maryland College Park Gonzalez, G. König, Nanosurf AG, Switzerland; G. Fläschner, ETH Zurich, Switzerland; D. Ziegler, Nanosurf AG, Switzerland PS-On Demand-14 Plasmonic Nitridation of Silicon Surface via Plasma- Induced Wavelength-Mixed Gold Nanoparticle Excitation, Takeshi Kitajima, K. NS-On Demand-17 Effect of the Surroundings on the Controlled Manipulation Watanabe, M. Miyake, T. Nakano, National Defense Academy, Japan of Individual Phenyl Groups, Omur Dagdeviren, C. Zhou, E. Altman, U. Schwarz, Yale University PS-On Demand-15 Low-Temperature Deposition Technology of High-Quality and Low-Stress SiO2 and SiN Films for Photonics Devices Using ECR Plasma, NS-On Demand-18 Atomic-Scale Study of the Degradation Process on Single- Masamitsu Toramaru, Y. Jin, Japan Steel Works, LTD., Japan; k. Mori, H. Torii, T. Mashita, Crystal Perovskite Surfaces: From Ultra-High Vacuum to Ambient Pressures, JSW AFTY Corp., Japan Joong Il Jake Choi, Center for Nanomaterials and Chemical Reactions, IBS, Republic of Korea; M. Khan, School of Electrical Engineering, KAIST, Republic of Korea; Z. Hawash, PS-On Demand-16 Automatic Etching-Recipe Optimization in Si Etching with Energy Materials and Surface Sciences Unit, OIST, Japan; K. Kim, Beamline Research Self-Aligned Quadruple Patterning Masks for Productivity Enhancement by Division, Pohang Accelerator Laboratory (PAL), POSTECH, Republic of Korea; H. Lee, Transfer Learning, Naoto Takano, H. Nakada, T. Ohmori, Hitachi, Ltd. Research & Department of Chemistry, KAIST, Republic of Korea; L. Ono, Y. Qi, Energy Materials and Development Group, Japan Surface Sciences Unit, OIST, Japan; Y. Kim, School of Electrical Engineering, KAIST, Republic of Korea; J. Park, Center for Nanomaterials and Chemical Reactions, IBS, and PS-On Demand-17 Plasma Etch Solutions for Defect Reduction in Ultra-Thin Department of Chemistry, KAIST, Republic of Korea Photoresist, Jihun Park, Sungkyunkwan University (SKKU), Korea (Republic of); S. Kim, Samsung Electronics, Korea (Republic of); G. Yeom, Sungkyunkwan University (SKKU), Plasma Science and Technology Division Korea (Republic of) Room On Demand - Session PS-On Demand PS-On Demand-18 Design of Organosilicon Nano-Membrane at Atmospheric Plasma Science and Technology On Demand Session Pressure With a Glow Discharge and New Applications for Electrochemical 8:00am Devices, Jacopo Profili, CHU de Québec-Université Laval Research Centre, Canada; M. Beauchemin, S. Rousselot, Université de Montréal, Canada; L. Martinu, Polytechnique Montréal, Canada; M. Dollé, L. Stafford, Université de Montréal, Canada PS-On Demand-1 Forming Protection Layers Using SiCl4 Plasma for Highly Selective Etching, Miyako Matsui, Hitachi Ltd., Japan; K. Kuwahara, Hitachi High-Tech PS-On Demand-19 Optimization Process for the Fabrication of Ultra-Low Loss Corp., Japan PECVD Silicon Nitride-on-Insulator Waveguides, Yannick Bleu, C. Petit-Etienne, L. PS-On Demand-2 Focus Ring Erosion During Plasma Etching: Consequences Youssef, Univ. Grenoble Alpes, CNRS, CEA/LETI-Minatec, Grenoble INP, LTM, France; J. Faugier-Tovar, Q. Wilmart, Univ. Grenoble Alpes, CEA, LETI, France; E. Pargon, Univ. of Dielectric Constant*, Xifeng Wang, University of Michigan; H. Lee, S. Shim, S. Nam, Grenoble Alpes, CNRS, CEA/LETI-Minatec, Grenoble INP, LTM, France Samsung Electronics Ltd., Korea (Republic of); M. Kushner, University of Michigan PS-On Demand-20 RF Hollow Cathode Discharge: Particle-in-Cell/Monte PS-On Demand-3 Improving Estimation Accuracy of Film Thickness Using Carlo Simulation, Kallol Bera, X. Li, A. Verma, S. Ganta, S. Rauf, Applied Materials, Inc. Machine Learning for End Point Detection in Dry Etching, Tsubasa Okamoto, S. Eto, Hitachi Ltd., Japan; S. Nakamoto, K. Fukuchi, R. Asakura, Hitachi High-Tech Corp., PS-On Demand-21 Determination of Recombination Coefficients for Japan Hydrogen, Oxygen and Nitrogen Gasses via in-Situ Radical Probe System, Dren PS-On Demand-4 Floating Wire Assisted Plasma With Vapor Injection of Qerimi, University of Illinois at Urbana-Champaign; D. Ruzic, G. Panici, A. Jain, D. Jacobson, University of Illinois at Urbana-Champaign, USA Liquid Mixtures for Etching Titanium Compounds, Thi-Thuy-Nga Nguyen, Nagoya University, Japan; K. Shinoda, H. Hamamura, Hitachi, Japan; K. Maeda, K. Yokogawa, M. PS-On Demand-22 Sheath Model for Electromagnetic Simulation of Izawa, Hitachi High-Tech, Japan , Japan; K. Ishikawa, M. Hori, Nagoya University, Japan Capacitively Coupled Plasma, Xiaopu Li, A. Verma, S. Ganta, K. Bera, S. Rauf, Applied PS-On Demand-5 Plasma Based ASD for EUV Resist Defectivity Reduction and Materials, Inc. Process Window Improvement, Jennifer Church, IBM Research Division, Albany, NY; PS-On Demand-23 Characterization of Reversed Arc Hydrocarbon Plasma in K. Lutker-Lee, TEL Technology Center, America, LLC; L. Meli, E. Miller, IBM Research Material Synthesis, Vladimir Gorokhovsky, Nano-Product Engineering, LLC, Univ. of Division, Albany, NY; A. Raley, TEL Technology Center, America, LLC Colorado PS-On Demand-6 Extreme Contact Hole Shrink for BEOL Connectivity, Filip PS-On Demand-24 Molecular Analysis of Plasma-Induced Germination Schleicher, S. Paolillo, S. Decoster, C. Wu, V. Vega Gonzalez, F. Lazzarino, IMEC, Belgium Improvement of Rice Seeds With High-Temperature Stress Damage, Kazunori PS-On Demand-7 Direct Metal Etch of Molybdenum and Ruthenium: , Y. Ishibashi, Kyushu University, Japan; C. Suriyasak, Kyushu University, Japan, Patterning Challenges for N3 and Beyond, Stefan Decoster, S. Kundu, F. Lazzarino, Thailand; T. Okumura, H. Tanaka, Kyushu University, Japan; P. Attri, Kyushu University, IMEC, Belgium; E. Camerotto, LAM Research, Belgium Japan, India; K. Matsuo, D. Yamashita, N. Itagaki, K. Kamataki, M. Shiratani, Kyushu University, Japan PS-On Demand-8 Angular Dependence of Etching Yields of Si and SiO2 PS-On Demand-25 As-grown Crystalline β-Ga2O3 Films Obtained at Low Substrates by Energetic Ar+ and CI+ Ion Injections, Daichi Morihara, M. Isobe, K. Ikuse, T. Ito, K. Karahashi, S. Hamaguchi, Osaka University, Japan Temperatures via in Situ Atomic Layer-by-layer Plasma Processing, Saidjafarzoda Ilhom, A. Mohammad, D. Shukla, J. Grasso, B. Willis, A. Okyay, N. Biyikli, PS-On Demand-9 High Aspect Ratio Supervia Dual Damascene Etch for iN5 University of Connecticut and Beyond, Harinarayanan Puliyalil, IMEC, Leuven, Belgium; Y. Feurprier, N. Oikawa, PS-On Demand-26 Computational Optimization and Reduced Order Tokyo Electron Miyagi Ltd., Japan; V. Vega Gonzalez, B. Briggs, D. Montero, F. Lazzarino, Z. Tokei, IMEC, Leuven, Belgium; S. Nakamura, S. Tahara, K. Kumar, Tokyo Electron Modeling of Plasma Chemistry in Fluid Plasma Models, Sathya S Ganta, X. Li, K. Miyagi Ltd., Japan Bera, S. Rauf, Applied Materials, Inc.

On Demand available October 25-November 30, 2021 76 On Demand available October 25-November 30, 2021

PS-On Demand-27 Fluorocarbon Plasma Erosion Behavior of Heraeus Black SS-On Demand-2 Mechanisms of Electrocatalytic Reduction of N2 at Quartz, Mark Stamminger, Heraeus Quarzglas GmbH & Co. KG, Germany; K. Noesges, Vanadium and Cobalt Oxynitride Surfaces: Impacts of Metal Oxophilicity and T. Mussenbrock, Ruhr University Bochum, Germany; A. Goetzendorfer, B. Weisenseel, Π-Backbonding, Adaeze Osonkie, A. Ganesan, P. Chukwunenye, F. Anwar, I. Rashed, Heraeus Quarzglas GmbH & Co. KG, Germany F. D'Souza, T. Cundari, J. Kelber, University of North Texas PS-On Demand-28 Surface and Plasma Characterization of a Self-Limited Two SS-On Demand-3 Advanced Thermoporometry Characterization of Step Etch Process for SiN Spacer Etching Applications, Nicolas A. Loubet, LTM- Disordered Mesoporous Materials, Henry R. N. B. Enninful, D. Schneider, R. Kohns, CNRS, France; C. Jenny, STMicroelectronics, France; C. Petit-Etienne, E. Pargon, LTM- D. Enke, R. Valiullin, Leipzig University, Germany CNRS, France SS-On Demand-4 Electrical Resistance Response of a Zno Single-Crystalline Materials and Processes for Quantum Information Science Substrate to Trace Ethanol Under Pulsed Air Jet Irradiation, Taku Suzuki, Y. Adachi, T. Ohgaki, I. Sakaguchi, National Institute for Materials Science, Japan; M. Focus Topic Nakamura, H. Ohashi, A. Aimi, K. Fujimoto, Tokyo University of Science, Japan Room On Demand - Session QS-On Demand SS-On Demand-5 Elucidate 3D Structure of PM2.5 Aerosol Particles using ToF- Materials and Processes for Quantum Information Science SIMS, Zihua Zhu, Y. Zhou, Environmental Molecular Sciences Laboratory, Pacific On Demand Session Northwest National Laboratory, Richland, WA, 99354, USA; F. Mei, Atmospheric Science and Global Change Division, Pacific Northwest National Laboratory, Richland, WA, 8:00am 99354, USA QS-On Demand-1 Power and Temperature Dependence of High Q SS-On Demand-6 Facet-Dependent Study of the Interaction of Water Vapor Superconducting Resonators, Ashish Alexander, C. Weddle, C. J. Richardson, With Fe2O3 at Near Ambient Conditions, Nabajit Lahiri, D. Song, M. Zong, X. Huang, Laboratory for Physical Sciences, University of Maryland, College Park, MD X. Zhang, Pacific Northwest National Laboratory; K. Stoerzinger, P. Adiga, Q. Carvalho, Oregon State University; M. Blum, Lawrence Berkeley National Laboratory; K. Rosso, QS-On Demand-2 A Density-Functional Theory Study of the Al/AlOx/Al Tunnel Pacific Northwest National Laboratory Junction, Chang-Eun Kim, K. Ray, V. Lordi, Lawrence Livermore National Laboratory SS-On Demand-7 Influence of Geometric Disorder on Fluid Phase Transitions Advanced Surface Engineering Division in Disordered Mesoporous , Henry R. N. B. Enninful, D. Schneider, D. Enke, R. Room On Demand - Session SE-On Demand Valiullin, Leipzig University, Germany Advanced Surface Engineering On Demand Session SS-On Demand-8 Use of Ultra Thin Atomic Layer Deposited Capping Layers to 8:00am Increase Stability in Thermally Processed Metalcone Thin Films, Vamseedhara Vemuri, N. Strandwitz, Lehigh University +3 SE-On Demand-1 Electrodeposition of Mn Rich Layered δ-Phase Mno2 SS-On Demand-9 In-Situ Visualization of Surface -Driven Hot Carrier Nanofibers on Epitaxial Graphene-Silicon Carbide Heterostructures for Fast Generation With Photoconductive AFM, Hyunhwa Lee, K. Song, Institute for Basic Selective Gas Sensing, Michael Pedowitz, S. Kim, Department of Electrical and Science (IBS), Korea (Republic of); M. Lee, Inha University, Korea (Republic of); J. Park, Computer Engineering, University of Maryland, College Park; B. Uppalapati, 3Holcomebe Institute for Basic Science (IBS), Korea (Republic of) Department of Electrical and Computer Engineering, Clemson University, Clemson; D. Khan, Holcomebe Department of Electrical and Computer Engineering, Clemson SS-On Demand-10 Impact of Hot Hole Transport on Photocatalytic Activity in University; F. Bayram, G. Koley, Holcomebe Department of Electrical and Computer Au Nanoprisms/p-Gan under Water Splitting Reaction, Kyoungjae Song, Korea Engineering, Clemson University, Clemson,; R. Myers-Ward, Naval Research Laboratory, Advanced Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), USA; K. Daniels, Department of Electrical and Computer Engineering, University of Korea (Republic of); H. Lee, Institute for Basic Science (IBS), Korea (Republic of); M. Lee, Maryland, College Park Inha university, Korea (Republic of); J. Park, Korea Advanced Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), Korea (Republic of) SE-On Demand-2 Fabrication of Hydrogenated Tungsten Carbide Coatings by Reactive Superimposed Hipims-Mf Deposition System: Effect of Target SS-On Demand-11 Observation of Atomic-scale Gliding Effect on Hydrophilic Poisoning Ratio, B. Lou, Chang Gung University, Taiwan; I. Moirangthem, Jyh-Wei Lee, Surfaces at High Humidity, Tae Won Go, Korea Advanced Institute of Science and Ming Chi University of Technology, Taiwan Technology (KAIST) & Institute for Basic Science (IBS), Korea (Republic of); H. Lee, J. Kim, Institute for Basic Science (IBS), Korea (Republic of); D. Lee, J. Park, Korea Advanced Smart Multifunctional Materials for Nanomedicine Focus Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), Korea (Republic of) Topic Room On Demand - Session SM-On Demand SS-On Demand-12 Pt/Ag/TiO2 Plasmonic Nanodiode for Extraction of Surface Plasmon-Driven Chemicurrent, Mincheol Kang, B. Jeon, Y. Park, Korea Advanced Smart Multifunctional Materials for Nanomedicine On Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), Korea Demand Session (Republic of); H. Lee, Institute for Basic Science (IBS) , Korea (Republic of); J. Park, Korea Advanced Institute of Science and Technology (KAIST) & Institute for Basic Science (IBS), 8:00am Korea (Republic of) SM-On Demand-1 Cisplatin-Loaded Palladium Nanoparticles for Cancer SS-On Demand-13 Disruption of Small Alcohol Intermolecular Interactions at Nanomedicine, L. Cucci, A. Bellissima, University of Catania, Italy; T. Marzo, D. La Defect Sites on Au(111), E. Maxwell, L. Garber, J. Baker, C. Rogers, H. Kaleem, Mendola, University of Pisa, Italy; V. Notarstefano, E. Giorgini, Polytechnic University of Ashleigh Baber, James Madison University Marche, Italy; Cristina Satriano, University of Catania, Italy SS-On Demand-14 Interaction of Amino Acids on Au(111) as Studied with EC- SM-On Demand-2 A Multifunctional Plasmonic Nanoplatform of Hyaluronan- STM: From Islands to Magic Fingers, K. P. S. Boyd, E. Cook, M. Paszkowiak, Erin Iski, Decorated Nanoparticles Fabricated by Atmospheric Plasma for Angiogenic The University of Tulsa and Antibacterial Applications, V. Caruso, University of Catania, Italy; D. Merche, J. Baneton, A. Ozkan, Université libre de Bruxelles, Belgium; L. Cucci, University of Catania, SS-On Demand-15 Resonant ARPES Reveals the Origin of the 2DEG in SrTiO3 Italy; R. Inturri, G. Galizia, Fidia Farmaceutici S.p.A, Italy; S. Godet, L. Malet, F. Reniers, and SriTiO3 Heterostructure, Jessica McChesney, X. Yan, H. Hong, D. Fong, Argonne Université libre de Bruxelles, Belgium; S. Vaccaro, Fidia Farmaceutici S.p.A., Italy; Cristina National Laboratory Satriano, University of Catania, Italy SS-On Demand-16 Self-selective Formation of Organized 1D and 2D GaBi Surface Science Division Structures on Crystal-phase Modulated GaAs Nanowires, Yi Liu, R. Timm, S. Benter, Lund University, Sweden; E. Young, University of California at Santa Barbara; S. Room On Demand - Session SS-On Demand Lehmann, K. Dick, Lund University, Sweden; C. Palmstrøm, University of California at Surface Science On Demand Session Santa Barbara; A. Mikkelsen, Lund University, Sweden 8:00am SS-On Demand-17 Growth and Morphology of Well-ordered Metal Doped- CeOx(111) Interfaces, L. Du, E. Ginting, Jing Zhou, Department of Chemistry, SS-On Demand-1 Development of Low Thermal Budget Si Epitaxy and High- University of Wyoming K/Metal Gate Stack for Atomically Precise Electronic Devices, Evan M. Anderson, D. Campbell, J. Ivie, S. Schmucker, P. Lu, X. Gao, L. Tracy, R. Arghavani, E. SS-On Demand-18 STM and XPS Studies of Co Nanoparticles on Reducible Bussmann, A. Baczewski, T. Lu, D. Ward, S. Misra, Sandia National Laboratories CeO2(111) Thin Films, Jing Zhou, L. Du, University of Wyoming

On Demand available October 25-November 30, 2021 77 On Demand available October 25-November 30, 2021 SS-On Demand-19 Electronic Structure of a Carbon Dot Monolayer on TF-On Demand-18 In Situ Reflection High Energy Electron Diffraction in TiO2(110), Jan Eric Beckord, M. Hengsberger, University of Zurich, Switzerland; A. Atomic Layer Deposition for Monitoring Epitaxial Transformations, Alexandra Cannizzo, University of Bern, Switzerland; J. Osterwalder, University of Zurich, Howzen, N. Strandwitz, Lehigh University Switzerland TF-On Demand-19 Sputter Deposition of Al3Sc Films for Microelectronics Fabrication, Giovanni Esteves, J. Bischoff, T. Young, M. Henry, P. Kotula, Sandia Thin Films Division National Laboratory Room On Demand - Session TF-On Demand Thin Film On Demand Session TF-On Demand-20 Vertical Heterostructures of Two-Dimensional Transition Metal Chalcogenides by Atomic Layer Deposition, Saravana Balaji Basuvalingam, 8:00am M. Bloodgood, M. Verheijen, W. Kessels, A. Bol, Eindhoven University of Technology, The Netherlands TF-On Demand-1 Improved Impedance Spectroscopy Model of Interfaces for CZTSe Ge Bi-Layers Solar Cells, Sanghyun Lee, Indiana State University; K. Price, TF-On Demand-21 Multi-Stimuli Responsive Nanorods for Artificial Skin Morehead State University; E. Saucedo, Catalonia Institute for Energy Research, Spain Applications, Taher Abu Ali, Graz university of Technology, Joanneum Research Forschungsgesellschaft mbH, Austria; K. Unger, Graz University of Technology, Austria; TF-On Demand-2 Atomic Layer Deposition for Enhanced Reactivity, Stability, B. Stadlober, Joanneum Research Forschungsgesellschaft mbH, Austria; A. Coclite, Graz and Sulfur Tolerance of Biomass Conversion Catalysts, Wilson McNeary, National University of Technology, Austria Renewable Energy Laboratory; K. Unocick, Oak Ridge National Laboratory; G. Lahti, S. Tacey, C. Farberow, M. Griffin, National Renewable Energy Laboratory; E. , TF-On Demand-22 Towards Area-Selective Deposition: Nucleation and Initial Argonne National Laboratory; K. Van Allsburg, National Renewable Energy Laboratory; Growth of ZnO During Plasma-Enhanced ALD on Polymer Thin Films, Lisanne A. Dameron, K. Buechler, Forge Nano; D. Vardon, National Renewable Energy Laboratory Demelius, A. Coclite, K. Unger, Graz University of Technology, Austria TF-On Demand-3 Development of Semiconducting Scandium Nitride (ScN) for TF-On Demand-23 Process Optimization in Atomic Layer Deposition Using Thermoelectric and Electronic Devices, Bivas Saha, Jawaharlal Nehru Centre for Machine Learning, Jeffrey Elam, A. Yanguas-Gil, Argonne National Laboratory; S. Advanced Scientific Research, India Letourneau, A. Mane, N. Paulson, A. Lancaster, Argonne National Laboratory, USA; S. Abuomar, Lewis University TF-On Demand-4 Molecular Layer Deposition of All-Organic Polymer Films on Particles for Pharmaceutical Applications, Tyler J Myers, S. George, University of Colorado Boulder Vacuum Technology Division Room On Demand - Session VT-On Demand TF-On Demand-5 40 Years of Kraut Valence Band Offset Measurements: The Good, The Bad, and The Ugly, Sean King, Intel Corporation; M. Paquette, University Vacuum Technology On Demand Session of Missouri - Kansas City 8:00am TF-On Demand-6 Covalently Crosslinked Organic Network Thin Films for VT-On Demand-1 Study on Copper Thermal Spray Coating to Mitigate Robust , Junjie Zhao, Zhejiang University, China Electron Cloud Effect in SuperKEKB, Mulee Yao, SOKENDAI, Taiwan; Y. Suetsugu, K. Shibata, H. Hisamatsu, T. Ishibashi, S. Terui, KEK, Japan TF-On Demand-7 Highly Conductive Nanograting-Nanohole Structures with Tunable and Dual-Band Spectral Transparency, Yanfeng Wang, Tsinghua University, China; H. Chong, I. Choi, University of Georgia; Z. Zhang, Tsinghua University, China; Y. Zhao, University of Georgia, China TF-On Demand-8 Rapid TiN Nucleation using Electron-Enhanced Atomic Layer Deposition (EE-ALD) with a Reactive Background Gas, Zachary Sobell, A. Cavanagh, S. George, University of Colorado at Boulder

TF-On Demand-9 Structural and Chemical Evaluation of ScxAl1-xN-GaN Heterostructures Grown by Molecular Beam Epitaxy, Joseph Casamento, H. Lee, C. S. Chang, Cornell University; M. F. Besser, Ames Laboratory; T. Maeda, D. A. Muller, H. Xing, D. Jena, Cornell University TF-On Demand-10 Deposition of Large-Grained Polycrystalline Aluminum Nitride at Low Temperature via Bias-Enhanced Atomic Layer Annealing, Aaron McLeod, S. Ueda, A. Kummel, UC San Diego TF-On Demand-11 Exploiting Fixed Charge to Control Schottky Barrier Height in Si|Al2O3|MoOx- Based Tunnel Diodes, Ben Garland, B. Davis, N. Strandwitz, Lehigh University TF-On Demand-12 Development of Reusable Hydrogel for Fabric-based Bioelectrodes via initiated Chemical Vapor Deposition (iCVD), S. Zohreh Homayounfar, S. Rostaminia, A. Kiaghadi, D. Ganesan, T. Andrew, University of Massachusetts Amherst TF-On Demand-13 On Achieving Single-Phase Crystalline Gallium Oxide Thin Films at Low Thermal Budgets, Elham Rafie Borujeny, K. Cadien, University of Alberta, Canada TF-On Demand-14 Gallium Oxynitride Thin Films with Tunable Properties for Electronic and Photonic Applications, Elham Rafie Borujeny, K. Cadien, University of Alberta, Canada TF-On Demand-15 Atomic Layer Deposited Metal Oxide Bilayers for Metal- Insulator-Semiconductor Photovoltaics, Benjamin Davis, N. Strandwitz, Lehigh University TF-On Demand-16 Fabrication of Nanoscale Multilayered Thin-Film Thermoelectric Materials and Devices, Lauren Williams, A. Henderson, R. Miller, B. Whitaker, R. Glenn, Z. Xiao, Alabama A&M University TF-On Demand-17 Influence of Gold Layer Thickness on the Metal-Induced Crystallization Behavior of Ge Thin Films, Narin Sunthornpan, K. Kimura, K. Kyuno, Shibaura Institute of Technology, Japan

On Demand available October 25-November 30, 2021 78 Author Index Bold page numbers indicate presenter

— A — Allison, W.: 2D-On Demand-11, 72 Arnoult, G.: PS+SE-ThA-3, 60 A. Marques, E.: AP-On Demand-3, 72 Allred, D.: EM+TF-TuM-12, 21 Arriaga, L.: BI+NS-WeM-5, 39 A. Muller, D.: TF-On Demand-9, 78 Alonso-Mori, R.: AC+AS-WeM-13, 37; AC-ThP- Artiglia, L.: HC+AS+CA+LS+SS-MoM-3, 8; Abad, G.: EM+TF-TuM-6, 21 6, 63 SS+AP+AS+HC+LD+SE+TF-MoA-10, 16 Abadizaman, F.: EL-MoA-5, 13 Alsharif, N.: NS+AS+BI+EM+LD+SS-WeA-1, 47 Artyushkova, K.: AS+BI+CA+LS+SS-MoA-4, 12; Abbas, A.: TF+2D+MI-MoA-5, 17 Altman, E.: 2D+AP+EM+NS+PS+SS+TF-WeM- AS+BI+CA+LS+SS-TuA-7, 31; AS-On Demand- Abbasi, M.: EM+BI+NS+PS+TF-MoA-3, 14 2, 37; 2D+AP+EM+NS+PS+SS+TF-WeM-3, 3, 73; AS-ThP-5, 63; BI-TuP-3, 34 Abdel-Rahman, M.: HC+SS-TuA-8, 30 37; NS-On Demand-17, 76 Arunachalam, A.: EL+TF-MoM-10, 7 Abdulagatov, A.: AP-On Demand-1, 72 Alu, A.: NS+BI+SS+TF-FrM-7, 68 Asakura, R.: PS-On Demand-3, 76 Abdulagatov, I.: AS-On Demand-12, 73 Alupothe Gedara, B.: SS+CA+TF-MoM-5, 9 Asante-Boahen, K.: EM+BI+NS+PS+TF-MoA-3, Abel, B.: SS+2D+AP+BI+NS+TF-ThA-5, 62 Alvarez Barragan, A.: TF-TuP-12, 36 14 Abel, P.: AP-On Demand-6, 72 Alvarez, D.: AP-TuP-3, 34; TF+EM-WeA-2, 49; Aschauer, E.: SE+BI+SS-ThM-11, 56 Abelson, J.: TF+AP-FrM-3, 71; TF-TuP-4, 36 TF-TuP-13, 36 Asensio, M.: AS+SS-WeA-9, 44 Abild-Pedersen, F.: HC+SS-TuA-9, 30 Alves Fernandes, J.: AS+BI+CA+LS+SS-MoA-8, Ashby, P.: BI-MoA-4, 13 Abraha, P.: PS-ThP-3, 64; QS+EM-ThP-2, 64; 12 Ashton, J.: QS+2D+EM+MN-FrM-3, 70 TF-TuP-8, 36 Alzaga, P.: AS+BI+CA+LS+SS-MoA-10, 12 Assaf, B.: MI+2D+TF-FrM-11, 67; MI+2D+TF- Abu Ali, T.: TF-On Demand-21, 78 Amann, P.: CA+2D+AS+MN+SE+SM+SS-FrM- ThM-10, 55 Abunumah, O.: NS-ThP-7, 64; VT-TuP-3, 36 5, 67 Assary, R.: AS-On Demand-15, 73 Abuomar, S.: TF-On Demand-23, 78 Amashaev, R.: AS-On Demand-12, 73 Asthagiri, A.: HC+2D+NS+SS+TF-MoA-8, 14 Abu-Qahouq, J.: TF-TuP-11, 36 Amassian, A.: TF+2D+MI-MoA-8, 17 Ataca, C.: AS+HC+PS+SE+SM-ThA-2, 58 Abuyazid, N.: PS+SE-FrM-9, 69 Amidani, L.: AC+LS-ThM-12, 51 Atle, R.: EM+PS+TF-TuA-3, 28 Aceros, J.: SE-ThP-1, 64 Ammann, M.: SS+SE-FrM-7, 70 Atreya, M.: MN+2D+NS+QS-WeA-7, 47 Acharya, B.: MN+2D+NS+QS-ThM-5, 50 An, Y.: TF+2D+AP+SS-ThA-3, 62 Attavar, S.: EL-TuP-4, 34 Acharya, M.: EM+PS+TF-TuA-4, 28; TF+EM- Anantharaman, S.: 2D+AP+EM+PS+SS+TF- Attri, P.: PS-On Demand-24, 76 TuM-6, 24 MoM-2, 5 Atzmueller, M.: HC+SS-TuM-11, 21; HC+SS- Achten, W.: PS+SE-FrM-1, 69 Andachi, K.: AP-TuP-3, 34 TuM-13, 21 Acikgoz, O.: 2D-On Demand-1, 72 Andany, S.: NS+AP+BI+SS-ThM-6, 55 Audinot, J.: HI1-ThM-5, 52 Acosta, A.: MI+2D+TF-FrM-7, 67 Anders, A.: AS+HC+PS+SE+SM-ThA-4, 58 Auerbach, D.: SS+CA+TF-MoM-6, 9 Aczel, A.: MI+2D+TF-FrM-6, 67 Andersen , M.: BI-MoM-4, 6 Augustine, B.: UN-ThP-8, 64 Adachi, Y.: SS-On Demand-4, 77 Andersen, M.: BI-MoM-3, 6; BI-MoM-5, 6 Austin, R.: HC+SS-WeM-10, 40 Adam, C.: NS+MN+QS+SM+SS-TuM-10, 22 Anderson, E.: AP-On Demand-10, 72; AP-On Avash, I.: 2D-On Demand-2, 72 Adamczyk, J.: EM+MI-WeA-7, 45 Demand-9, 72; SS-On Demand-1, 77 Avidor, N.: 2D-On Demand-11, 72 Adams, J.: NS-On Demand-16, 76 Anderson, V.: PS-ThP-7, 64 Avila, J.: PS-ThP-7, 64; TF+AP+SS-ThM-1, 53; Addou, R.: AS+BI+CA+LS+SS-MoA-10, 12; Andersson, G.: CA+AS+LS+MN+SS+VT-WeA-3, TF+EM-WeA-9, 49 SS+AP+AS+HC+LD+SE+TF-MoA-8, 16 45 Avval, T.: AS-ThP-4, 63 Adedeji, A.: EM-TuP-3, 34 Anderton, C.: BI-On Demand-8, 73 Ayanbajo, O.: UN-ThP-15, 65 Adelmann, C.: MI+2D+TF-ThM-4, 55 Ando, T.: PS-FrM-5, 69; PS-FrM-7, 69 Aydil, E.: AS-ThP-5, 63; EM+MI-WeA-9, 45; Adiga, P.: SS-On Demand-6, 77 Andreasson, J.: EL-MoA-10, 13 TF+HC+SS-TuA-4, 29 Adusumilli, P.: PS-FrM-5, 69 Andreev, A.: AC-ThP-9, 63 Aylott, J.: BI-TuP-1, 34 Ady, M.: VT-MoA-5, 18 Andrew, T.: TF-On Demand-12, 78 Azina, C.: SE+BI+SS-ThM-3, 56 Agarwal, G.: AS-On Demand-15, 73 Andriessen, R.: TF+HC+SS-TuA-3, 29 — B — Agarwal, S.: AP+EL+MS+NS+SS+TF-TuM-12, Angel, D.: LS+CA+MI+SE+SS-WeM-11, 40 Babenkov, S.: LS-TuP-4, 35 19; PS-FrM-3, 69; TF+AP+SS-ThM-3, 53 Angerer, T.: BI-On Demand-8, 73 Baber, A.: HC-On Demand-7, 74; HC-On Aggarwal, N.: NS+MN+QS+SM+SS-TuM-12, 22 Angrick, C.: MI-On Demand-3, 75 Demand-8, 74; SS-On Demand-13, 77 Agyapong, A.: AP-TuP-5, 34; EM+TF-TuM-5, Antonelli, A.: EL+TF-MoM-3, 7 Bac, S.: MI+2D+TF-FrM-11, 67 21 Anwar, F.: SS-On Demand-2, 77 Baca, A.: EM+TF-TuM-3, 21 Aichner, B.: HI-ThA-1, 59 Aoki, T.: 2D+AP+EM+PS+SS+TF-MoM-5, 5 Baca, E.: MN-On Demand-5, 75 Aimez, V.: PS+AS+BI+EM+SS-TuM-11, 22 Aouadi, S.: SE+AS+LS+MN+SS-ThA-3, 61 Bachhav, M.: AC+LS-ThA-1, 57 Aimi, A.: SS-On Demand-4, 77 Aoyagi, S.: AS+AC+BI+CA-WeM-3, 38 Bachmann, J.: PS+AP+TF-ThM-12, 56 Ajayan, P.: NS+MN+QS+SM+SS-TuM-3, 22 Aperis, A.: AC-On Demand-3, 72 Baczewski, A.: SS-On Demand-1, 77 Akhanda, S.: EM+MI-WeA-4, 45 Appenroth, J.: BI-On Demand-1, 73; BI-On Baddorf, A.: LD-On Demand-1, 74 Akhavan, B.: BI+NS-WeM-10, 39; PS2-TuA-9, Demand-6, 73 Baderot, J.: CA+2D+AS+MN+SE+SM+SS-FrM- 33 Arab, A.: LS-TuP-3, 35 6, 67 Akiki, G.: PS+AP+TF-ThM-4, 56 Aranda Gonzalvo, Y.: PS-ThA-1, 60 Badie, C.: PS+AP+TF-ThM-12, 56; TF+AP-FrM- Akyildiz, H.: TF+HC+SS-TuA-10, 29 Aravamudhan, S.: UN-ThP-15, 65 10, 71 Alaan, U.: EM+PS+TF-TuA-4, 28; TF+EM-TuM- Arble, C.: CA-ThP-3, 63 Bae, K.: PS-ThA-3, 60 6, 24 Archuleta, C.: AC-On Demand-1, 72 Baehr, P.: VT-MoA-5, 18 Albrecht, T.: AP+EL+MS+NS+SS+TF-TuM-3, 19 Arghavani, R.: SS-On Demand-1, 77 Baek, S.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- Aleman, A.: SE+MN+PS+TF-WeA-4, 49 Arias, A.: MN+2D+NS+QS-WeA-7, 47 9, 28 Alemansour, H.: NS-On Demand-12, 75 Arias, P.: SE+MN+PS+TF-WeA-4, 49 Baer, D.: AS+BI+CA+LS+SS-TuA-7, 31; Alexander, A.: QS-On Demand-1, 77 Arias, T.: LD+HC+SS-WeA-7, 46; AS+BI+CA+LS+SS-TuA-8, 31; AS-ThP-4, 63 Alexander, C.: BI-TuA-9, 32 SS+CA+HC+NS+TF-TuA-4, 30 Baert, K.: PS+SE-FrM-2, 69 Alexander, M.: AS+AC+BI+CA-WeM-2, 38; Arkalgud, S.: PS+EM-WeM-1, 41 Bagus, P.: AC+LS-ThA-4, 57; AC-ThP-1, 63; BI+NS-WeM-12, 39; BI-TuA-9, 32; BI-TuP-1, Arlinghaus, H.: AS-ThP-16, 63 AS+BI+CA+LS+SS-TuA-1, 31; 34 Armenta, C.: EL-TuP-5, 34; EL-TuP-7, 34 SS+CA+HC+NS+TF-TuA-10, 30 Alfreider, M.: SE+AS+LS+MN+SS-ThA-6, 61 Armini, S.: AP-On Demand-3, 72; PS+AP+TF- Bahoura, M.: AS+BI+CA+LS+NS+SE+SS-TuM- Ali Gómez Rueda, Y.: PS-On Demand-12, 76 ThM-5, 56 10, 20 Ali, I.: BI-MoM-2, 6 Armstrong, A.: EM+TF-TuM-3, 21 Bahoura, M.: EM+PS+TF-TuA-9, 28 Ali, W.: HI-ThA-6, 59 Arnadottir, L.: HC+SS-WeM-13, 40 Bahoura, M.: LD-TuP-4, 35 Alkabsh, A.: TF+2D+MI-MoA-3, 17 Arndt, M.: SE+BI+SS-ThM-11, 56 Bahoura, M.: TF-TuP-5, 36 Allain, J.: SS+SE-FrM-4, 70; VT+PS-TuM-12, 25 Arnold, J.: PS+EM-WeM-4, 41; PS-FrM-5, 69; Bahoura, M.: 2D+EM+LD+SS-ThA-6, 57 Allerman, A.: EM+TF-TuM-3, 21 PS-WeA-7, 48 Bahoura, M.: EL-On Demand-3, 74 Allison, T.: SS+HC-TuP-14, 35 Arnold, M.: TF+SS-FrM-11, 71 Bahoura, M.: EM-On Demand-2, 74 Author Index 79 Bold page indicates presenter Author Index

Bahr, A.: SE+BI+SS-ThM-5, 56 Bediako, K.: 2D+AP+BI+HC+NS+PS+SS+TF- Bippes, C.: NS-On Demand-16, 76 Bailey, C.: EM-On Demand-7, 74 FrM-1, 66 Birmingham, B.: 2D+MI-MoA-4, 12 Bailey, D.: TF+AP+SS-ThM-2, 53 Bedzyk, M.: AS+BI+CA+LS+NS+SE+SS-MoM-5, Bischoff, J.: TF-On Demand-19, 78 Baio, J.: BI-TuA-7, 32 6 Biswas, D.: 2D+EM+NS+PS+QS-ThM-3, 50 Baishnab, N.: EM+BI+NS+PS+TF-MoA-3, 14 Beechem, T.: EL+TF-MoM-4, 7 Bittencourt, C.: SM-TuP-3, 35 Bakalis, J.: SS+HC-TuP-14, 35 Bégin, T.: TF+BI+EM+MI-MoM-3, 10 Biyikli, N.: AS-ThP-10, 63; PS-On Demand-25, Baker, B.: AS-On Demand-17, 73; AS-On Behera, M.: 2D+EM+LD+SS-ThA-6, 57; EM-On 76; TF+EM-WeA-3, 49 Demand-5, 73; AS-On Demand-7, 73 Demand-2, 74; TF-TuP-5, 36 BIYIKLI, N.: PS+AP+TF-ThM-3, 56 Baker, J.: SS-On Demand-13, 77 Behrens, S.: EM+BI+MI+MN+NS+PS+TF- Blades, W.: SS+2D+AP+PS+TF-TuM-11, 23 Bal, M.: QS+EM+SS-ThM-6, 53 MoM-8, 7 Blankenship, S.: 2D-On Demand-5, 72 Balakrishnan, G.: AS+BI+CA+LS+SS-ThA-3, 58; Beik Mohamadi, J.: MI+2D+TF-WeA-9, 46 Blaylock, T.: UN-ThP-18, 65 QS+EM-ThP-1, 64 Bejarano, L.: EM-On Demand-1, 74 Blechle, J.: UN-ThP-7, 64 Balal, M.: SS+HC-TuP-6, 35 Belahcen, S.: AP+2D+EM+MN+PS+TF-MoM-1, Bleu, Y.: PS-On Demand-19, 76 Balasooriya, T.: AS-On Demand-13, 73; AS-On 5 Blevins, J.: TF+EM-WeA-10, 49 Demand-6, 73; BI-On Demand-2, 73; BI-On Belhadj Larbi, M.: EM+BI+NS+PS+TF-MoA-3, Blomberg, T.: TF+AP+MN+SS-WeM-13, 42 Demand-5, 73; BI-On Demand-7, 73 14 Blomfield, C.: 2D-TuP-3, 34; AS-On Demand- Balasubramanyam, S.: PS-FrM-10, 69 Belianinov, A.: CA+AS+LS+MN+SS+VT-WeA-9, 14, 73 Balder, E.: TF+AP+MN+SS-WeM-11, 42 45 Bloodgood, M.: TF-On Demand-20, 78 Balderas Navarro, R.: AS+BI+CA+LS+SS-ThA-1, Bellet, D.: EM+MI-WeM-5, 39 Blum, M.: SS-On Demand-6, 77 58 Bellissima, A.: SM-On Demand-1, 77 Blumenschein, N.: EM+PS+TF-TuA-10, 28 Bale, R.: EM-TuP-2, 34; TF+AP+SS-ThM-2, 53 Belyansky, M.: NS+AP+BI+MI+SM-TuA-4, 32 Bodman, W.: EM-On Demand-1, 74 Balke, N.: 2D+EM+MN+NS+QS-WeA-11, 44 Benda, J.: NS-On Demand-14, 76 Bogdanovski, D.: AS+HC+PS+SE+SM-ThA-5, 58 Ball, J.: BI-TuA-9, 32 Benedek, G.: 2D-On Demand-11, 72 Boineau, F.: VT-MoM-6, 11 Ballance, M.: MN-On Demand-6, 75 Benet, J.: VT+PS-TuM-1, 25 Boix, V.: 2D+AP+EM+PS+SS+TF-MoM-6, 5 Bamford, J.: TF+BI+EM-MoM-8, 10 Beniwal, S.: SS+AP+AS+HC+LD+SE+TF-MoA-9, Bol, A.: TF+EM-TuM-4, 24; TF-On Demand-20, Banerjee, I.: VT+PS-TuM-1, 25 16 78 Banerjee, P.: EL+TF-MoM-10, 7; EM+MI-WeA- Benner, S.: BP-SuA-1, 4 Boltasseva, A.: NS+BI+SS+TF-FrM-5, 68; 3, 45; EM+PS+TF-TuA-8, 28; MS+AP+NS+TF- Bennett, S.: EM+PS+TF-TuA-10, 28 QS+EM+VT-ThA-1, 61 MoM-5, 8 Bent, S.: SS+2D+AP+PS+TF-TuM-1, 23 Bonaccorso, C.: SM-TuP-3, 35 Baneton, J.: SM-On Demand-2, 77 Benter, S.: SS-On Demand-16, 77 Bonmassar, L.: VT-MoA-4, 18 Banuls Ciscar, J.: BI-On Demand-4, 73 Bera, K.: PS-On Demand-20, 76; PS-On Bonner, C.: AS+BI+CA+LS+NS+SE+SS-TuM-10, Bao, W.: NS-ThP-1, 63 Demand-22, 76; PS-On Demand-26, 76 20; EM-On Demand-2, 74; LD-TuP-4, 35 Baral, D.: 2D+HC+MN+NS+SS-TuM-2, 19 Berg, A.: 2D+HC+MN+NS+SS-TuM-4, 19 Bonvalot, M.: AP+2D+EM+MN+PS+TF-MoM- Barker, D.: VT-MoM-3, 11; VT-MoM-4, 11; Berg, M.: EL+TF-MoM-4, 7 1, 5 VT-TuP-1, 36 Berges, J.: 2D+EM+MN+NS+QS-WeA-4, 44 Booksh, K.: HC+AS+CA+LS+SS-MoM-11, 8 Barker, J.: AS+AC+BI+CA-WeM-2, 38 Berghuis, W.: TF+EM-TuM-3, 24 Booth, J.: PS1-TuA-1, 33 Barlaz, D.: HC+SS-ThM-4, 54; PS+AP+TF-ThM- Bergner, K.: VT-MoM-1, 11 Boreman, G.: EL-MoA-9, 13; EL-TuP-3, 34; TF- 13, 56; PS-ThP-8, 64; PS-ThP-9, 64 Bergner, U.: VT-MoM-1, 11 TuP-3, 36 Barlaz, E.: PS-ThP-11, 64 Berkibile, S.: SE+AS+LS+MN+SS-ThA-3, 61 Borg, M.: EM+PS+TF-TuA-3, 28 Barman, S.: 2D+EM+HC+NS+QS+TF-TuA-4, Berman, D.: SE+AS+LS+MN+SS-ThA-3, 61 Boris, D.: PS+AS+BI+EM+SS-TuM-12, 22; 27; SS+HC-TuP-6, 35 Bernard, M.: SS+HC-TuP-13, 35 PS+SE-FrM-6, 69; PS-ThP-6, 64; PS-ThP-7, 64 Barnes, J.: PS+AS+BI+EM+SS-TuM-11, 22 Bernien, M.: VT-MoM-6, 11 Borodin, D.: SS+CA+TF-MoM-6, 9 Barr, M.: PS+AP+TF-ThM-12, 56 Berquist, Z.: TF+AP-FrM-8, 71 Borrelli, R.: TF+AP-FrM-9, 71 Barral, M.: MI+2D+TF-FrM-9, 67 Berriel , S.: EM+PS+TF-TuA-8, 28 Boscoboinik, A.: HC+2D+NS+SS+TF-MoA-11, Barry, S.: TF+AP-MoA-2, 17 Berriel, S.: EL+TF-MoM-10, 7 14 Bartelt, N.: NS+AS+BI+EM+LD+SS-WeA-3, 47 Berrospe Rodriguez, C.: PS+AS+BI+EM+SS- Boscoboinik, J.: HC+2D+NS+SS+TF-MoA-2, 14; Basaran, M.: CA-On Demand-1, 73 TuM-10, 22; TF-TuP-12, 36 LD+HC+SS-WeA-11, 46 Basher, A.: AP+PS+TF-WeM-11, 38 Bertram, M.: AS-On Demand-13, 73; AS-On Botasini, S.: BI-TuA-4, 32; BI-TuM-4, 20 Bastakoti, B.: UN-ThP-13, 65 Demand-6, 73 Böttcher, S.: AS+BI+CA+LS+SS-ThA-2, 58 Basu, K.: EL+TF-MoM-10, 7 Berwanger, J.: 2D-On Demand-5, 72 Boubenia, S.: PS-On Demand-10, 76 Basuvalingam, S.: TF-On Demand-20, 78 Bhasker-Ranganath, S.: LD+HC+SS-WeA-10, Bouchard, L.: PS+EM-WeM-2, 41 Batista, E.: AC+LS+MI-FrM-7, 66 46 Bourdon, A.: PS+SE-FrM-3, 69; PS-MoM-1, 9 Batten, T.: EM+MI-WeA-3, 45 Bhatia, H.: SE+BI+SS-ThM-10, 56 Bournel, F.: TF+AP+SS-ThM-13, 53 Battes, K.: VT-MoA-1, 18 Bhatt, N.: PS+SE-FrM-10, 69 Boussier, B.: VT+PS-TuM-1, 25 Battu, A.: AS+BI+CA+LS+NS+SE+SS-TuM-12, Bhattacharya, K.: 2D+EM+HC+NS+QS+TF- Bouttemy, M.: PS+AP+TF-ThM-4, 56 20 TuA-4, 27 Bowers, J.: TF+2D+MI-MoA-5, 17 Batzill, M.: 2D+AP+EM+NS+PS+SS+TF-WeM- Bhattacharyya, A.: TF+EM-WeA-7, 49 Boyd, K.: UN-ThP-12, 65 12, 37; 2D+EM+HC+NS+QS+TF-TuA-9, 27; Bhuiyan, M.: NS+AP+BI+MI+SM-TuA-4, 32 Boyle, D.: HC-On Demand-8, 74 2D+EM+NS+PS+QS-ThM-4, 50 Biedermann, G.: QS+2D+EM+MN-FrM-6, 70 Bracesco, A.: TF+HC+SS-TuA-3, 29 Bauer, E.: AC+LS+MI-FrM-12, 66 Biedinger, J.: AS-ThP-12, 63; Bracker, A.: EM+BI+MI+MN+NS+PS+TF-MoM- Baum, E.: SS+2D+AP+PS+TF-TuM-10, 23 EM+BI+MI+MN+NS+PS+TF-MoM-3, 7; LS- 5, 7 Baumbauer, C.: MN+2D+NS+QS-WeA-7, 47 TuP-2, 35 Brajuskovic, B.: VT-MoA-8, 18 Baykara, M.: 2D-On Demand-1, 72; TF+EM- Bielefeld, J.: EM-TuP-2, 34; TF+AP+SS-ThM-2, Brandt, A.: SS+HC-TuP-2, 35 TuM-11, 24 53 Brann, M.: SS+SE-FrM-9, 70 Bayram, F.: 2D-On Demand-3, 72; SE-On Bielinski, A.: TF+2D+AP+SS-ThA-5, 62; TF+AP- Breedveld, V.: EM+BI+MI+MN+NS+PS+TF- Demand-1, 77 FrM-8, 71 MoM-8, 7 Bean, P.: UN-ThP-11, 65 Biesemeier, A.: HI1-ThM-5, 52 Breil, N.: MS+AP-MoA-3, 15 Beardslee, L.: MN+2D+NS+QS-ThM-10, 50 Bilek, M.: BI+NS-WeM-10, 39; PS2-TuA-9, 33 Bremholm, M.: 2D-On Demand-11, 72 Beaton, D.: 2D+MI-MoA-10, 12 Bilgilisoy, E.: NS-On Demand-15, 76 Brennecke, J.: AS+BI+CA+LS+NS+SE+SS-TuM- Beauchemin, M.: PS-On Demand-18, 76 Billett, B.: VT-MoA-8, 18 4, 20 Bechelany, M.: TF+AP-FrM-10, 71 Bilotto, P.: BI-On Demand-6, 73 Brenner, K.: EM-On Demand-7, 74 Beck, A.: AC+LS-ThA-4, 57 Binder, A.: EM+TF-TuM-3, 21 Brenning, N.: SE+MN+PS+TF-WeA-1, 49 Beckford, J.: TF-TuP-5, 36 Bingham, A.: MN-On Demand-6, 75 Breslin, V.: NS-On Demand-13, 76 Beckord, J.: SS-On Demand-19, 78 Biolsi, P.: NS+AP+BI+MI+SM-TuA-4, 32; Brew, K.: PS-FrM-5, 69 PS+EM-WeM-1, 41; PS+EM-WeM-5, 41 Brewer, C.: SS+CA+HC+NS+TF-TuA-3, 30

Author Index 80 Bold page indicates presenter Author Index

Brier-Jones, J.: PS+SE-FrM-10, 69 Campbell, D.: AP-On Demand-10, 72; AP-On Chatterjee, B.: AC+AS-WeM-12, 37 Briggs, B.: PS-On Demand-9, 76 Demand-9, 72; SS-On Demand-1, 77 Chatterjee, S.: AC-On Demand-2, 72 Bright, V.: TF+AP-MoA-6, 17 Campbell, I.: AP-TuP-5, 34; EM+TF-TuM-5, 21 Chaudhary, R.: MN+2D+NS+QS-ThM-6, 50 Brimhall, A.: AS-On Demand-5, 73 Campbell, P.: 2D+AP+BI+HC+NS+PS+SS+TF- Chaudhuri, S.: PS-ThP-11, 64 Brites Helú, M.: HC+2D+NS+SS+TF-MoA-2, 14 FrM-4, 66 Chava, P.: 2D+EM+LD+SS-ThA-3, 57 Broitman, E.: SE+MN+PS+TF-WeA-10, 49; SE- Canadell, F.: VT+PS-TuM-1, 25 Chavez, A.: TF+HC+SS-TuA-2, 29 ThP-2, 64 Candelario Torres, S.: UN-ThP-16, 65 Cheenicode-Kabeer, F.: AC-On Demand-3, 72 Brongersma, H.: AS+BI+CA+LS+NS+SE+SS- Cannizzo, A.: SS-On Demand-19, 78 Chen, A.: NS+AP+BI+MI+SM-TuA-1, 32 TuM-11, 20 Cano, A.: AP+PS+TF-WeM-6, 38 Chen, D.: SS+AP+AS+HC+LD+SE+TF-MoA-9, Brookes, N.: 2D+EM+MN+NS+QS-WeA-4, 44; Caño, I.: TF+AP+MN+SS-WeM-3, 42 16; SS+HC-TuP-11, 35; SS+HC-TuP-2, 35 LS+2D+MI+SS-TuA-1, 29 Canova, K.: TF+AP-FrM-3, 71; TF-TuP-4, 36 Chen, H.: NS-ThP-6, 64; PS-FrM-5, 69 Brooks, K.: AS-On Demand-11, 73 Cant, D.: AS+BI+CA+LS+SS-MoA-1, 12; AS-On Chen, J.: MN-On Demand-9, 75 Brown, J.: AS-On Demand-16, 73 Demand-1, 72 Chen, K.: PS-MoM-10, 9 Brown, K.: NS+AS+BI+EM+LD+SS-WeA-1, 47 Cao, W.: NS+AS+BI+EM+LD+SS-WeA-1, 47 Chen, R.: TF+AP+SS-ThM-5, 53; TF+EM-TuM- Brown, S.: SS+CA+TF-MoM-4, 9 Cao, Y.: 2D+EM+NS+PS+QS-ThM-10, 50 11, 24 Bruce, R.: PS-FrM-8, 69 Capeluto, M.: VT+PS-TuM-5, 25 Chen, T.: PS+SE-ThA-2, 60 Bruggeman, P.: PS+AS+BI+EM+SS-TuM-4, 22; Cappel, U.: LS+CA+MI+SE+SS-WeM-12, 40 Chen, V.: EM-On Demand-7, 74 PS-On Demand-13, 76; PS-ThA-1, 60 Carlos, C.: Chen, W.: BI-On Demand-9, 73; Brundle, C.: AS+BI+CA+LS+SS-TuA-1, 31; CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- HC+2D+NS+SS+TF-MoA-11, 14 SS+CA+HC+NS+TF-TuA-10, 30 6, 54 Chen, X.: PS+SE-FrM-9, 69 Brüner, P.: AP+2D+HI+MN+MS+PS+SS+TF- Carmo, M.: AS+BI+CA+LS+NS+SE+SS-MoM-6, Chen, Y.: NS+AS+BI+EM+LD+SS-WeA-4, 47; TuA-1, 28; AP-On Demand-8, 72 6 TF+AP-FrM-8, 71 Bryan, M.: MS-TuP-2, 35 Carpena-Núñez, J.: AS+BI+CA+LS+NS+SE+SS- Cheng, E.: AP-TuP-2, 34 Buchholz, D.: AS+BI+CA+LS+NS+SE+SS-MoM- TuM-2, 20 Cheng, H.: BI-On Demand-6, 73; PS-FrM-8, 69 5, 6 Carpick, R.: MN+2D+NS+QS-WeA-3, 47; NP- Cheng, Y.: LS+2D+MI+SS-TuA-3, 29 Buchine, I.: NS-On Demand-5, 75 SuA-3, 4; SE+AS+LS+MN+SS-ThA-4, 61 Chernov, S.: LS-TuP-4, 35; SS+HC-TuP-14, 35 Buchner, M.: MI-On Demand-1, 75 Carter, B.: SS+2D+AP+PS+TF-TuM-4, 23 Chiang, S.: SS+2D+AP+PS+TF-TuM-10, 23; Buck, E.: AC-On Demand-2, 72 Carter, E.: PS+EM-WeM-2, 41 SS+CA+TF-MoM-10, 9 Buckerfield, J.: VT+PS-TuM-1, 25 Carter, J.: VT-MoA-8, 18; VT-TuA-10, 27 Chiang, T.: 2D+MI-MoA-5, 12 Buckley, A.: VT-WeM-12, 42 Carter, S.: EM+BI+MI+MN+NS+PS+TF-MoM-5, Chichignoud, G.: EM+MI-WeM-5, 39 Budakian, R.: MI+2D+TF-FrM-6, 67 7 Chien, T.: 2D+HC+MN+NS+SS-TuM-2, 19 Buddhadasa, M.: PS-On Demand-12, 76 Cartier, E.: PS-FrM-7, 69 Chikamoto, A.: QS+EM-ThP-2, 64; TF-TuP-8, Buechler, K.: SE+MN+PS+TF-WeA-9, 49; TF- Caruso, A.: EM-TuP-2, 34; TF+AP+SS-ThM-2, 36 On Demand-2, 78 53 Childers, D.: EL+TF-MoM-5, 7 Bulkin, P.: PS+AP+TF-ThM-4, 56; PS-FrM-9, 69 Caruso, L.: VT+PS-TuM-3, 25 Childs, A.: SS+2D+AP+PS+TF-TuM-10, 23 Bundaleski, N.: VT-MoM-6, 11 Caruso, V.: SM-On Demand-2, 77; SM-TuP-2, Chilkoti, A.: BI+NS-WeM-4, 39 Burger, J.: SE+MN+PS+TF-WeA-9, 49 35 Chintakalaya, C.: EM-On Demand-1, 74 Burgess, C.: TF+HC+SS-TuA-3, 29 Carvalho, Q.: SS-On Demand-6, 77 Chitara, B.: 2D-TuP-4, 34 Burke, A.: NS+AS+BI+EM+LD+SS-WeA-4, 47 Carver, V.: AS+BI+CA+LS+SS-TuA-8, 31 Chittock, N.: PS-FrM-10, 69 Burke, D.: VT-TuA-11, 27 Cary, J.: PS-MoM-5, 9 Chitu, F.: VT+PS-TuM-1, 25 Burnham, N.: EM+MI-WeM-2, 39; NS-ThP-6, Casamento, J.: TF-On Demand-9, 78 Chiu, W.: AC+LS+MI-FrM-12, 66 64 Cass, R.: TF+AP-FrM-7, 71 Cho, H.: EM-On Demand-3, 74 Burton, G.: AS+BI+CA+LS+SS-TuA-9, 31 Cassuto, G.: 2D-On Demand-2, 72 Choi, H.: HC-On Demand-5, 74 Buß, L.: MI-On Demand-3, 75 Castner, D.: BI-MoA-3, 13 Choi, I.: TF-On Demand-7, 78 Bussmann, E.: SS-On Demand-1, 77 Cavanagh, A.: AP+PS+TF-WeM-5, 38; TF-On Choi, J.: EM+MI-WeM-3, 39; NS-On Demand- Butch, N.: AC+LS+MI-FrM-1, 66 Demand-8, 78 18, 76 Butera, R.: AP+2D+HI+MN+MS+PS+SS+TF- Ceccone, G.: BI-On Demand-4, 73 Choi, S.: PS-FrM-5, 69 TuA-9, 28; MI+2D+TF-ThM-3, 55; SS+HC- Celano, U.: 2D+EM+HC+NS+QS+TF-TuA-3, 27; Choi, T.: PS+AP+TF-ThM-13, 56; PS-ThP-9, 64 TuP-7, 35 MI+2D+TF-ThM-4, 55 Choi, Y.: TF+2D+AP+SS-ThA-1, 62 Butler, W.: MI+2D+TF-FrM-5, 67 Çelik, G.: HC+AS+CA+LS+SS-MoM-11, 8 Chong, H.: TF-On Demand-7, 78 Buturlim, V.: AC+AS-WeM-10, 37; AC-ThP-9, Celio, H.: AS+BI+CA+LS+NS+SE+SS-TuM-4, 20 Chong, Y.: NS-On Demand-11, 75 63 Cernescu, A.: NS+AP+BI+SS-ThM-4, 55; Chopdekar, R.: LS+2D+MI+SS-TuA-3, 29 Buzi, L.: PS-FrM-8, 69 NS+BI+SS+TF-FrM-3, 68 Chow, A.: AS-On Demand-6, 73; BI-On Byron, C.: HC+AS+CA+LS+SS-MoM-11, 8 Cha, M.: PS-ThP-13, 64 Demand-2, 73; BI-On Demand-5, 73 — C — Chae, H.: AP-TuP-7, 34 Christensen , S.: AS+BI+CA+LS+NS+SE+SS- Cabral, C.: PS+EM-WeM-4, 41 Chai, W.: SS+AP+AS+HC+LD+SE+TF-MoA-9, 16 MoM-8, 6 Cacho, C.: 2D+EM+NS+PS+QS-ThM-3, 50 Chaker, A.: AP+2D+EM+MN+PS+TF-MoM-1, 5 Christensen, J.: QS+2D+EM+MN-FrM-6, 70 Cadien, K.: TF-On Demand-13, 78; TF-On Chaker, M.: TF+BI+EM+MI-MoM-3, 10 Chrostowski, R.: AS-ThP-17, 63 Demand-14, 78 Chakhalian, J.: LS+2D+MI+SS-TuA-4, 29 Chu, J.: SE+MN+PS+TF-WeA-7, 49 Cagomoc, C.: PS+AS+BI+EM+SS-TuM-2, 22 Chakrabarti, A.: 2D+EM+HC+NS+QS+TF-TuA- Chuang, H.: 2D+EM+MN+NS+QS-WeA-3, 44; Cahen, D.: NS-On Demand-5, 75 4, 27 2D+HC+MN+NS+SS-TuM-13, 19 Cai, H.: NS+BI+SS+TF-FrM-4, 68; NS-On Chakraborty, I.: NS+AP+BI+SS-ThM-5, 55 Chugh, S.: EM+PS+TF-TuA-8, 28 Demand-6, 75 Chambers, J.: PS+SE-ThA-3, 60 Chukwu, K.: HC+SS-WeM-13, 40 Cairns, E.: SE+AS+LS+MN+SS-ThA-3, 61 Chan, C.: EL+TF-MoM-4, 7 Chukwunenye, P.: SS-On Demand-2, 77 Calaza, F.: AS-ThP-15, 63; HC+2D+NS+SS+TF- Chandler, B.: HC+2D+NS+SS+TF-MoA-5, 14 Chung, C.: PS-ThP-13, 64 MoA-2, 14; LD+HC+SS-WeA-10, 46 Chandra, H.: AP+EL+MS+NS+SS+TF-TuM-12, Church, J.: PS+EM-WeM-5, 41; PS-On Caldwell, J.: TF+BI+EM+MI-MoM-8, 10 19 Demand-5, 76 Callaway, R.: AS+HC+PS+SE+SM-ThA-3, 58 Chandrasekaran, A.: TF+2D+AP+SS-ThA-3, 62 Cihanoglu, A.: BI-TuP-5, 34 Calvi, C.: VT+PS-TuM-5, 25 Chandrasena, R.: LS-TuP-3, 35 Cinar, V.: HC+AS+CA+LS+SS-MoM-4, 8; Calzolai, L.: BI-On Demand-4, 73 Chandrasinghe, A.: TF+2D+AP+SS-ThA-3, 62 HC+SS-TuM-10, 21 Cameli, F.: PS+SE-ThA-2, 60 Chang, J.: AP-TuP-6, 34; MI+2D+TF-FrM-7, 67; Ciobanu, A.: LS-TuP-4, 35 Camerotto, E.: PS-On Demand-7, 76 PS+EM-WeM-2, 41; TF+2D+AP+SS-ThA-6, Ciobanu, C.: 2D+AP+EM+PS+SS+TF-MoM-5, 5; Campbell, C.: HC+2D+NS+SS+TF-MoA-3, 14; 62; TF+EM-TuM-5, 24 2D+EM+HC+NS+QS+TF-TuA-10, 27; 2D-TuP- HC+SS-ThM-3, 54 Chapin, A.: BI-TuA-4, 32 2, 34 Charmette, C.: TF+AP-FrM-10, 71 Ciubotaru, F.: MI+2D+TF-ThM-4, 55

Author Index 81 Bold page indicates presenter Author Index

Clark, B.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Cui, T.: NS-On Demand-10, 75; NS-On de Roode, B.: VT-MoM-8, 11 Clark, C.: AS-ThP-5, 63 Demand-3, 75 De Smet, D.: QS+2D+EM+MN-FrM-6, 70 Clark, R.: SS+SE-FrM-4, 70 Cui, Y.: VT-WeM-3, 42 Dean, C.: 2D-On Demand-5, 72 Clarke, J.: CA+2D+AS+MN+SE+SM+SS-FrM-11, Culbertson, E.: BI-On Demand-2, 73; BI-On DeBeer-Schmitt, L.: MI+2D+TF-FrM-6, 67 67 Demand-5, 73; BI-On Demand-7, 73 Decams, J.: TF+AP-FrM-10, 71 Clarke, N.: 2D-TuP-3, 34 Culbertson, R.: AS-On Demand-13, 73; AS-On Decoster, S.: PS-On Demand-6, 76; PS-On Cleland, A.: QS+EM+SS-ThM-10, 53 Demand-17, 73; AS-On Demand-5, 73; AS- Demand-7, 76 Clement, N.: CA+2D+AS+MN+SE+SM+SS-FrM- On Demand-6, 73; AS-On Demand-7, 73; BI- Defforge, T.: PS+AP+TF-ThM-12, 56 6, 67 On Demand-2, 73; BI-On Demand-7, 73 Degerman, D.: CA+2D+AS+MN+SE+SM+SS- Clerix, J.: AP+2D+EM+MN+PS+TF-MoM-6, 5 Cundari, T.: SS-On Demand-2, 77 FrM-5, 67 Cleveland, E.: EM+MI-WeM-12, 39 Curcio, D.: 2D+EM+NS+PS+QS-ThM-3, 50 Degueldre, C.: LS-TuP-1, 35 Cleveland, I.: EM+MI-WeA-9, 45; TF+HC+SS- Curnan, M.: Deijkers, S.: TF+EM-TuM-4, 24 TuA-4, 29 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- del Hoyo, J.: PS-ThP-6, 64 Cobalt, A.: VT+PS-TuM-1, 25 5, 54 Del Rio, B.: TF+BI+EM-MoM-9, 10 Cobet, C.: AS+BI+CA+LS+SS-ThA-1, 58; EL+TF- Curtis, A.: VT+PS-TuM-5, 25 Delabie, A.: AP+2D+EM+MN+PS+TF-MoM-6, MoM-8, 7 Curtis, L.: AS-On Demand-15, 73 5; AP-On Demand-3, 72 Coclite, A.: TF+BI+EM-MoM-6, 10; TF-On Curtis, M.: AC-On Demand-1, 72 Deleuze, P.: AS+BI+CA+LS+SS-MoA-6, 12 Demand-21, 78; TF-On Demand-22, 78 Czaplewski, D.: NS+BI+SS+TF-FrM-4, 68; NS- Delferro, M.: HC+AS+CA+LS+SS-MoM-11, 8 Coelho, P.: 2D+AP+EM+NS+PS+SS+TF-WeM- On Demand-6, 75 Demaude, A.: PS+SE-FrM-12, 69; PS+SE-FrM- 12, 37; 2D+EM+NS+PS+QS-ThM-4, 50 — D — 2, 69; PS-ThP-10, 64; SM-TuP-2, 35 Coffey, B.: AP+2D+EM+MN+PS+TF-MoM-3, 5 D'Acunto, G.: 2D+AP+EM+PS+SS+TF-MoM-6, Demelius, L.: TF-On Demand-22, 78 Cogulu, E.: LS+2D+MI+SS-TuA-3, 29 5; EM+PS+TF-TuA-3, 28; SS+2D+AP+PS+TF- DeMell, J.: MI+2D+TF-ThM-3, 55 Cohen, H.: AS+BI+CA+LS+SS-TuA-11, 31; TuM-5, 23 Demir, K.: BI-MoM-1, 6 NS+MN+QS+SM+SS-TuM-12, 22 Dagdeviren, O.: 2D-On Demand-1, 72; NS-On Denayer, J.: PS-On Demand-12, 76 Cohen, S.: NS+AP+BI+SS-ThM-4, 55; Demand-17, 76 DenBaars, S.: EM+TF-TuM-2, 21 NS+MN+QS+SM+SS-TuM-12, 22; NS-On Dahal, S.: MN+2D+NS+QS-WeA-7, 47 Deng, H.: 2D+EM+MN+NS+QS-WeA-1, 44 Demand-5, 75 Dahnovsky, Y.: 2D+HC+MN+NS+SS-TuM-2, 19 Deng, X.: HC-On Demand-9, 74 Cohn, R.: MN+2D+NS+QS-WeA-1, 47 Dalbauer, V.: SE+BI+SS-ThM-11, 56 Denize, C.: AS+BI+CA+LS+NS+SE+SS-TuM-10, Cole, C.: PS+EM-WeM-5, 41 Dalpke, R.: EM+BI+MI+MN+NS+PS+TF-MoM- 20; EM-On Demand-2, 74; LD-TuP-4, 35 Coleman, C.: BI-TuA-9, 32 3, 7 Dennis, G.: SE+MN+PS+TF-WeA-10, 49 Coll, M.: TF+AP+MN+SS-WeM-3, 42 Dameron, A.: TF+AP+MN+SS-WeM-10, 42; Dennis, N.: 2D-TuP-4, 34 Collins, S.: HC+2D+NS+SS+TF-MoA-2, 14 TF-On Demand-2, 78 Depessemier, M.: PS+SE-FrM-12, 69 Comeaux, J.: PS+EM-WeM-3, 41; TF+EM- Dang, T.: MN+2D+NS+QS-ThM-6, 50 DePonte, M.: HC-On Demand-8, 74 TuM-13, 24 Daniels, K.: 2D-On Demand-10, 72; 2D-On Derecskei, A.: AP+EL+MS+NS+SS+TF-TuM-12, Comini, E.: AS-ThP-13, 63 Demand-2, 72; 2D-On Demand-3, 72; SE-On 19 Comini, N.: Demand-1, 77 Desai, V.: BI-On Demand-2, 73 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Dannar, A.: LD+HC+SS-WeA-9, 46 Deshpande, A.: 2D+AP+EM+PS+SS+TF-MoM- 6, 59; SS+HC-TuP-4, 35 Danquah, S.: AS+BI+CA+LS+NS+SE+SS-TuM- 5, 5; SE+MN+PS+TF-WeA-4, 49 Conard, T.: AS+BI+CA+LS+SS-MoA-4, 12; AS- 10, 20; EM-On Demand-2, 74; LD-TuP-4, 35 DESHPANDE, A.: 2D-TuP-2, 34 On Demand-2, 72; AS-On Demand-3, 73 Darakchieva, V.: EL-On Demand-2, 74; EL- Deshpande, S.: BI+NS-WeM-4, 39 Conley Jr., J.: TF+AP+MN+SS-WeM-5, 42 TuP-2, 34 Dev, P.: MI+2D+TF-ThM-3, 55 Conley, Jr., J.: TF+AP+SS-ThM-12, 53 Darnon, M.: PS+AS+BI+EM+SS-TuM-11, 22; Devaraj, A.: AS+BI+CA+LS+NS+SE+SS-TuM-12, Contera, S.: NS+MN+QS+SM+SS-TuM-10, 22 PS+AS+BI+EM+SS-TuM-3, 22 20 Cook, E.: SS-On Demand-14, 77; UN-ThP-12, Das, K.: EM+TF-TuM-10, 21 Devereaux, T.: EM+PS+TF-TuA-7, 28 65 Das, S.: 2D+EM+LD+SS-ThA-1, 57 Dezelah, C.: AP-On Demand-1, 72; Cooke, M.: AP-On Demand-7, 72 Dasgupta, N.: TF+AP-FrM-5, 71; TF+AP-FrM-8, TF+AP+MN+SS-WeM-5, 42 Cooper, C.: HI1-ThM-2, 52 71 Dhakal, G.: AC-On Demand-3, 72 Copeland, G.: EL+TF-MoM-4, 7 Daugherty, J.: PS+AS+BI+EM+SS-TuM-5, 22 Dhamdhere, A.: EM+PS+TF-TuA-8, 28; EM-On Corcoran, D.: VT-WeM-10, 42 Daus, A.: EM-On Demand-7, 74 Demand-3, 74 Corder, C.: SS+HC-TuP-14, 35 David, E.: PS-FrM-4, 69 Dhar, B.: SS+AP+AS+HC+LD+SE+TF-MoA-3, 16 Cornejo, C.: AS-On Demand-13, 73; AS-On David, M.: MI+2D+TF-ThM-1, 55 Dhingra, A.: 2D-On Demand-7, 72 Demand-6, 73 Davids, P.: EM-On Demand-6, 74 Diaz, A.: LS+CA+MI+SE+SS-WeM-1, 40 Corrales, T.: NS+AP+BI+SS-ThM-4, 55 Davis, B.: TF-On Demand-11, 78; TF-On Diaz, T.: AS-On Demand-13, 73; AS-On Costine , A.: 2D+AP+EM+NS+PS+SS+TF-WeM- Demand-15, 78 Demand-6, 73 4, 37 Davis, J.: NS-On Demand-11, 75 Diaz-Morales, O.: TF+AP-FrM-4, 71 Coultas, S.: 2D-TuP-3, 34; AS-On Demand-14, Davis, K.: EM+MI-WeA-3, 45; EM+MI-WeM- Dick, K.: SS-On Demand-16, 77 73 10, 39 Dicorato, S.: EL-MoA-1, 13 Counsell, J.: 2D-TuP-3, 34; AS-On Demand-14, Davis, R.: TF+AP-FrM-7, 71; TF+EM-WeA-11, Diebold, A.: EL+TF-MoM-3, 7 73 49 Diebold, U.: HC+SS-TuM-13, 21 Craft, N.: HC+2D+NS+SS+TF-MoA-4, 14 Davydov, A.: 2D+EM+HC+NS+QS+TF-TuA-10, Diebold, U.: HC+SS-TuM-3, 21 Cramer, L.: HC+SS-TuA-12, 30 27; 2D+MI-MoA-2, 12 Diebold, U.: SS+HC-TuP-1, 35 Creatore, M.: TF+AP-FrM-4, 71; TF+HC+SS- Dawkins, K.: UN-ThP-18, 65 Diebold, U.: SS+SE-FrM-12, 70 TuA-3, 29; TF+HC+SS-TuA-8, 29 Day, C.: VT+PS-TuM-10, 25; VT+PS-TuM-13, Dietrich, P.: AS+BI+CA+LS+NS+SE+SS-MoM-2, Cress, C.: 2D+AP+BI+HC+NS+PS+SS+TF-FrM-4, 25; VT+PS-TuM-3, 25; VT-MoA-1, 18; VT- 6 66; 2D+AP+EM+NS+PS+SS+TF-WeM-4, 37; TuA-4, 27 Dietz, H.: BP-SuA-8, 4 EM+PS+TF-TuA-10, 28 de Alwis, C.: SS+SE-FrM-10, 70 Dietzel, D.: NS-On Demand-7, 75 Crist, B.: AS+BI+CA+LS+SS-TuA-1, 31; De Castro, O.: HI1-ThM-5, 52 Dimitrakellis, P.: PS+SE-ThA-2, 60 SS+CA+HC+NS+TF-TuA-10, 30 De Cruyenaere, R.: PS+SE-FrM-1, 69 Dimitri, K.: AC-On Demand-3, 72 Crofton, A.: PS+SE-FrM-10, 69 De Gendt, S.: AP-On Demand-7, 72 Dimovska Nilsson, K.: BI-TuM-13, 20 Crosby, L.: HC+2D+NS+SS+TF-MoA-1, 14; UN- De Geyter, N.: PS+SE-FrM-11, 69 Ding, J.: MI-On Demand-4, 75 ThP-14, 65 de Jong, A.: TF+EM-TuM-4, 24 Ding, R.: QS+2D+EM+MN-FrM-6, 70 Cucci, L.: SM+AS+BI+CA+MI+SS-TuM-4, 23; de Lafontaine, M.: PS+AS+BI+EM+SS-TuM-11, Ding, X.: AC-On Demand-3, 72 SM+AS+BI+CA+MI+SS-TuM-5, 23; SM-On 22 Ditter, A.: AC+LS-ThM-5, 51; LS-TuP-1, 35 Demand-1, 77; SM-On Demand-2, 77; SM- de Marneffe, J.: AP-On Demand-7, 72 TuP-2, 35; SM-TuP-3, 35 de Neve, H.: TF+AP-FrM-4, 71

Author Index 82 Bold page indicates presenter Author Index

Diulus, J.: AS+BI+CA+LS+SS-MoA-10, 12; Ebrahim, A.: SS+HC-TuP-2, 35 Falta, J.: MI-On Demand-3, 75 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Ebrahimi, M.: NS+MI+QS+SS-WeM-12, 41 Fang, Y.: HC+SS-ThM-12, 54 6, 59; SS+AP+AS+HC+LD+SE+TF-MoA-10, 16 Eckel, S.: VT-MoM-3, 11; VT-MoM-4, 11; VT- Fantner, G.: NS+AP+BI+SS-ThM-13, 55; NS- Dixon, A.: UN-ThP-10, 65; UN-ThP-17, 65 TuP-1, 36 ThP-3, 64 Dixon, D.: AC+LS+MI-FrM-5, 66 Eddy, C.: AP-TuP-1, 34 Faraz, T.: PS-FrM-10, 69 Dobner, C.: EM+BI+MI+MN+NS+PS+TF-MoM- Eddy, Jr., C.: PS-ThP-7, 64 Farber, R.: HC+SS-WeM-3, 40; LD+HC+SS- 4, 7 Edelstein, D.: PS-FrM-5, 69 WeA-7, 46; SS+2D+AP+PS+TF-TuM-12, 23; Dobrowolska, M.: MI+2D+TF-FrM-11, 67 Eden, J.: PS+AP+TF-ThM-11, 56 SS+CA+HC+NS+TF-TuA-4, 30 Dockins, M.: SE+AS+LS+MN+SS-ThA-3, 61 Eder, M.: HC+SS-TuM-13, 21; HC+SS-TuM-3, Farberow, C.: TF-On Demand-2, 78 Dogan, I.: TF+HC+SS-TuA-3, 29 21 Farewell, A.: BI-TuM-13, 20 Dohi, T.: MI+2D+TF-FrM-1, 67 Edney, M.: AS+AC+BI+CA-WeM-2, 38; BI- Farle, M.: MI-On Demand-5, 75 Dolezal, P.: AC-ThP-9, 63 TuM-12, 20 Farzaneh, A.: AP+2D+HI+MN+MS+PS+SS+TF- Dollé, M.: PS-On Demand-18, 76 Edwards, N.: UN-ThP-16, 65 TuA-9, 28 Dolocan, A.: AS+BI+CA+LS+NS+SE+SS-TuM-4, Eichenfield, M.: QS+2D+EM+MN-FrM-6, 70 Fast, J.: NS+AS+BI+EM+LD+SS-WeA-4, 47 20 Eichmann, S.: NS-ThP-6, 64 Faugier-Tovar, J.: PS-On Demand-19, 76 Dombrowski, E.: HC+SS-WeM-4, 40 Eickholt, P.: MI-On Demand-2, 75 Favaro de Oliveira, F.: MI+2D+TF-ThM-4, 55 Domingue, D.: SS+SE-FrM-4, 70 Ejegbavwo, O.: SS+HC-TuP-2, 35 Favela, E.: EM+TF-TuM-10, 21 Domínguez, M.: EM-TuP-4, 34 Ekerdt, J.: AP+2D+EM+MN+PS+TF-MoM-3, 5 Favia, P.: MI+2D+TF-ThM-4, 55 Donadt, T.: BI-TuP-4, 34; SE+BI+SS-ThM-6, 56 Ekins-Daukes, N.: EM+MI-WeM-12, 39 Fearn, S.: AS+BI+CA+LS+NS+SE+SS-TuM-11, Donath, M.: MI-On Demand-2, 75; MI-On Eklund, P.: SE+BI+SS-ThM-3, 56 20 Demand-3, 75 Elam, J.: EM-On Demand-4, 74; TF-On Fears, K.: BI+NS-WeM-3, 39 Doneux, T.: PS-On Demand-12, 76 Demand-23, 78 Fedchak, J.: VT-MoA-3, 18; VT-MoM-3, 11; Dorai, K.: TF+AP+MN+SS-WeM-13, 42 Eliaz, D.: NS+MN+QS+SM+SS-TuM-12, 22 VT-MoM-4, 11; VT-TuP-1, 36 Dorsett, L.: EM-TuP-2, 34; TF+AP+SS-ThM-2, Elison, A.: AS-On Demand-17, 73; AS-On Fedchenko, O.: LS-TuP-4, 35 53 Demand-5, 73; AS-On Demand-7, 73 Feder, R.: EL-MoA-3, 13 Dosmailov, M.: HI-ThA-1, 59 Ellefson, R.: VT-MoM-5, 11 Fedorov, A.: CA+2D+AS+MN+SE+SM+SS-FrM- Doudin, N.: 2D+AP+EM+NS+PS+SS+TF-WeM- Elliott, S.: TF+2D+AP+SS-ThA-3, 62 7, 67 2, 37; 2D+AP+EM+NS+PS+SS+TF-WeM-3, 37 Ellsworth, A.: AP-TuP-4, 34 Feggeler, T.: MI-On Demand-5, 75 Douglass, D.: PS+SE-ThA-5, 60 Elmers, H.: LS-TuP-4, 35 Feigelson, B.: TF+AP+SS-ThM-1, 53 Douglass, K.: VT-MoM-10, 11; VT-MoM-11, Elzein, R.: SS+AP+AS+HC+LD+SE+TF-MoA-8, Feit, C.: EL+TF-MoM-10, 7; EM+PS+TF-TuA-8, 11 16 28 Dowben, P.: 2D-On Demand-7, 72; Emery, R.: TF+PS+SE-TuM-6, 24 Fekri, Z.: 2D+EM+LD+SS-ThA-3, 57 SS+CA+HC+NS+TF-TuA-11, 30; SS+SE-FrM- Emminger, C.: EL-MoA-10, 13; EL-TuP-6, 34; Felfer, P.: SE+BI+SS-ThM-11, 56 11, 70 EL-TuP-7, 34 Felix, N.: PS-WeA-7, 48 Downey, B.: TF+EM-WeA-10, 49; TF+EM- Émond, N.: TF+BI+EM+MI-MoM-3, 10 Feng, P.: MN+2D+NS+QS-ThM-3, 50; MN-On WeA-9, 49 Enders, A.: EM+BI+MI+MN+NS+PS+TF-MoM- Demand-3, 75; NS-On Demand-9, 75 Drake, B.: NS+AP+BI+SS-ThM-13, 55 4, 7 Feng, X.: Dremel, M.: VT+PS-TuM-1, 25 Engelhard, M.: AS+BI+CA+LS+SS-TuA-7, 31 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Dreyer, M.: MI+2D+TF-ThM-3, 55 Engelmann, S.: PS+EM-WeM-4, 41; PS-FrM-4, 3, 59 Drobek, M.: TF+AP-FrM-10, 71 69; PS-FrM-7, 69; PS-FrM-8, 69; PS-WeA-7, Ferenczy, E.: TF+2D+AP+SS-ThA-4, 62 D'Souza, F.: SS-On Demand-2, 77 48 Fernandez Caban, C.: SS+CA+TF-MoM-11, 9 Du, D.: TF+SS-FrM-11, 71 Enke, D.: SS-On Demand-3, 77; SS-On Fernandez Perez, A.: EL-MoA-1, 13 Du, L.: SS-On Demand-17, 77; SS-On Demand- Demand-7, 77 Fernandez, V.: AS-ThP-3, 63 18, 77 Enninful, H.: SS-On Demand-3, 77; SS-On Ferrandon, M.: HC+AS+CA+LS+SS-MoM-11, 8 Du, Y.: PS-MoM-6, 9 Demand-7, 77 Ferrara, A.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Duarte Pinto, S.: HI2-ThM-12, 52 Erbe, A.: 2D+EM+LD+SS-ThA-3, 57 25 Duchon, T.: Erdemir, A.: SE+AS+LS+MN+SS-ThA-1, 61 Ferrari, V.: MI+2D+TF-FrM-9, 67 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Erickson, T.: MI+2D+TF-FrM-9, 67 Ferry, V.: EM+MI-WeA-1, 45 5, 59 Eriksson, M.: QS+2D+EM+MN-FrM-9, 70 FESIIENKO, O.: PS+AS+BI+EM+SS-TuM-3, 22 Dulal, R.: 2D+HC+MN+NS+SS-TuM-2, 19 Ertekin, E.: 2D+EM+HC+NS+QS+TF-TuA-1, 27; Feurprier, Y.: PS-On Demand-9, 76 Dumitrescu, E.: NS-ThP-5, 64 EM+MI-WeA-7, 45 Fields, S.: EM-On Demand-6, 74 DuMont , J.: TF+AP+MN+SS-WeM-10, 42 Erugu, U.: 2D+HC+MN+NS+SS-TuM-2, 19 Fieth, R.: HI1-ThM-2, 52 Duncan, J.: BI-TuA-9, 32 Eryilmaz, O.: SE+AS+LS+MN+SS-ThA-1, 61 Filler, M.: EM+BI+MI+MN+NS+PS+TF-MoM-8, Dunkelberger, A.: NS-On Demand-13, 76 Escandon-Lopez, J.: PS-FrM-10, 69 7 Dura, J.: CA+2D+AS+MN+SE+SM+SS-FrM-9, Escher, M.: 2D-TuP-1, 34; MI+2D+TF-FrM-12, Filleter, T.: NS+MN+QS+SM+SS-TuM-3, 22; 67 67 NS-On Demand-10, 75; NS-On Demand-3, Durfee, C.: NS+AP+BI+MI+SM-TuA-4, 32 Espinoza, S.: EL-MoA-10, 13 75 Dürr, M.: AS+AC+BI+CA-WeM-3, 38 Esteves, G.: TF-On Demand-19, 78 Filonovich, S.: PS+AP+TF-ThM-4, 56; PS-FrM- Dutta, A.: PS-FrM-5, 69 Estrada, T.: TF+2D+MI-MoA-10, 17 9, 69 Duverger-Nedellec, E.: AC-ThP-9, 63 Eswara Moorthy, S.: HI2-ThM-12, 52 Fischer, A.: AP+PS+TF-WeM-1, 38 Dwyer, K.: AP+2D+HI+MN+MS+PS+SS+TF- Eswara, S.: HI1-ThM-5, 52 Fischer, M.: HC+AS+CA+LS+SS-MoM-3, 8 TuA-9, 28 Eto, S.: PS-On Demand-3, 76 Fisher, E.: AS+BI+CA+LS+NS+SE+SS-TuM-3, Dwyer, R.: MN+2D+NS+QS-WeA-1, 47 Evans, N.: TF-TuP-9, 36 20; PS1-TuA-3, 33; PS-MoA-3, 16 Dykstra, C.: LS-TuP-7, 35 Evmenenko, G.: AS+BI+CA+LS+NS+SE+SS- Fitzgerald, M.: AS+BI+CA+LS+NS+SE+SS- Dzara, M.: AS+BI+CA+LS+NS+SE+SS-MoM-10, MoM-5, 6 MoM-8, 6 6; AS+BI+CA+LS+NS+SE+SS-MoM-6, 6; Ewert, M.: MI-On Demand-3, 75 Flagg, S.: UN-ThP-8, 64 AS+BI+CA+LS+NS+SE+SS-MoM-9, 6 Exarhos, S.: TF-TuP-12, 36 Flake, J.: HC+SS-ThM-12, 54 Dzwonczyk-Mertzanis, J.: SE+MN+PS+TF- — F — Fläschner, G.: NS-On Demand-16, 76 WeA-10, 49 F. Besser, M.: TF-On Demand-9, 78 Flatte, M.: CA+2D+AS+MN+SE+SM+SS-FrM- — E — Fafard, S.: PS+AS+BI+EM+SS-TuM-11, 22 11, 67 Eads, C.: HC+2D+NS+SS+TF-MoA-11, 14 Faguet, J.: AP-On Demand-6, 72 Flaugh, M.: NS+AP+BI+MI+SM-TuA-4, 32 Eapen, J.: PS-MoM-6, 9 Fairbrother, H.: Flege, J.: MI-On Demand-3, 75 Easton, C.: AS+BI+CA+LS+SS-TuA-7, 31; AP+2D+HI+MN+MS+PS+SS+TF-TuA-3, 28 Fletcher, J.: BI-TuM-13, 20 AS+BI+CA+LS+SS-TuA-8, 31; AS-ThP-3, 63; Fairley, N.: AS-ThP-3, 63 Florea, I.: PS+AP+TF-ThM-4, 56 AS-ThP-4, 63 Falkowski, M.: AC-ThP-9, 63

Author Index 83 Bold page indicates presenter Author Index

Flores-Mireles, A.: BI-MoM-3, 6; BI-MoM-4, Gammon, D.: EM+BI+MI+MN+NS+PS+TF- Giles, A.: NS-On Demand-13, 76 6; BI-MoM-5, 6 MoM-5, 7 Giles, B.: AS+BI+CA+LS+SS-MoA-5, 12 Fong, C.: BI-TuP-5, 34; SS+CA+TF-MoM-10, 9 Ganesan, A.: SS-On Demand-2, 77 Gillum, M.: SS+CA+HC+NS+TF-TuA-8, 30; Fong, D.: SS-On Demand-15, 77 Ganesan, D.: TF-On Demand-12, 78 SS+HC-TuP-3, 35 Fong, J.: BI-MoM-3, 6; BI-MoM-4, 6; BI-MoM- Ganesan, J.: EM+MI-WeA-3, 45 Gillund, D.: QS+2D+EM+MN-FrM-6, 70 5, 6 Ganesh, P.: NS+MI+QS+SS-WeM-4, 41 Ginting, E.: SS-On Demand-17, 77 Fonseca Vega, J.: 2D+AP+EM+NS+PS+SS+TF- Gang, O.: NS+AP+BI+MI+SM-TuA-7, 32 Ginwalla, A.: EL-TuP-4, 34 WeM-4, 37 Ganta, S.: PS-On Demand-20, 76; PS-On Giorgini, E.: SM-On Demand-1, 77; SM-TuP-3, Fonseca, J.: 2D+AP+BI+HC+NS+PS+SS+TF- Demand-22, 76; PS-On Demand-26, 76 35 FrM-4, 66 Gao, J.: AS-On Demand-11, 73; CA-On Giors, S.: VT+PS-TuM-1, 25 Fontaine, T.: SM-TuP-2, 35 Demand-3, 74 Girolami, G.: TF+AP-FrM-3, 71 Forbes, T.: AC+AS-WeM-3, 37 Gao, S.: AP-On Demand-10, 72 Glavin, N.: BI-TuA-3, 32; SE+AS+LS+MN+SS- Förster, J.: MI-On Demand-1, 75 Gao, X.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- ThA-4, 61 Fortune, T.: EM+TF-TuM-3, 21 10, 28; AP-On Demand-9, 72; SS-On Glechner, T.: SE+BI+SS-ThM-5, 56 Foucher, J.: CA+2D+AS+MN+SE+SM+SS-FrM- Demand-1, 77 Glenn, R.: TF-On Demand-16, 78 6, 67; MS-TuP-2, 35 Gao, Z.: LS+CA+MI+SE+SS-WeM-1, 40 Gloria, J.: SS+AP+AS+HC+LD+SE+TF-MoA-3, Fouts, M.: UN-ThP-7, 64 Garber, L.: HC-On Demand-7, 74; SS-On 16 Fowler, J.: AS+HC+PS+SE+SM-ThA-3, 58 Demand-13, 77 Go, D.: PS+SE-FrM-8, 69; PS-MoA-1, 16 Fowlkes, J.: TF-TuP-9, 36 Garcia Cervantes, M.: 2D-TuP-4, 34 Go, T.: SS-On Demand-11, 77 Fraix, A.: SM-TuP-3, 35 Garcia-Michel, E.: AS-On Demand-10, 73 Goacher, R.: AS+BI+CA+LS+NS+SE+SS-TuM-5, Franceschi, G.: HC+SS-TuM-13, 21; HC+SS- Garfinkel, D.: TF+PS+SE-TuM-6, 24 20; CA-ThP-1, 63 TuM-3, 21 Gargiani, P.: 2D+EM+NS+PS+QS-ThM-4, 50 Gobbo, J.: 2D+EM+NS+PS+QS-ThM-3, 50 Franchini, C.: HC+SS-TuM-13, 21 Garland, B.: TF-On Demand-11, 78 Gobina, E.: NS-ThP-7, 64; VT-TuP-3, 36 Franchini, C.: HC+SS-TuM-11, 21 Gassilloud, R.: AP+2D+EM+MN+PS+TF-MoM- Godbold, P.: UN-ThP-11, 65 Franco, V.: AS-ThP-15, 63; MI+2D+TF-FrM-5, 1, 5 Goddard, P.: TF+2D+MI-MoA-5, 17 67 Gasvoda, R.: AP+EL+MS+NS+SS+TF-TuM-12, Godet, S.: SM-On Demand-2, 77 Frano, A.: LS+2D+MI+SS-TuA-7, 29 19; AP+PS+TF-WeM-1, 38; PS-FrM-3, 69 Godia, G.: VT+PS-TuM-1, 25 Frantz, E.: CA+2D+AS+MN+SE+SM+SS-FrM- Gautier , G.: PS+AP+TF-ThM-12, 56 Goetzendorfer, A.: PS-On Demand-27, 77 11, 67 Gay, G.: PS+AS+BI+EM+SS-TuM-11, 22 Gofryk, K.: AC-On Demand-3, 72; AC-ThP-9, Fredd, M.: VT+PS-TuM-12, 25 Gayle, A.: TF+AP-FrM-8, 71 63 Frederick, B.: HC+SS-WeM-10, 40 Geerts, S.: SE+MN+PS+TF-WeA-10, 49 Gokhale, V.: TF+EM-WeA-10, 49; TF+EM- Frederix, P.: NS-On Demand-16, 76 Gehl, M.: QS+2D+EM+MN-FrM-6, 70 WeA-9, 49 Fregnaux, M.: PS+AP+TF-ThM-4, 56 Gehrlein, L.: AS+BI+CA+LS+NS+SE+SS-MoM-2, Goldian, I.: NS-On Demand-5, 75 Freitas, J.: TF+EM-WeA-10, 49 6 Goldobin, E.: HI-ThA-1, 59 French, D.: BI-TuP-2, 34 Gelb, J.: CA+2D+AS+MN+SE+SM+SS-FrM-3, Goldstone, A.: 2D+EM+HC+NS+QS+TF-TuA- Frenkel, A.: SS+HC-TuP-2, 35 67 11, 27 Frese, N.: AS-ThP-11, 63; AS-ThP-12, 63; Gelb, L.: AS+BI+CA+LS+SS-MoA-3, 12 Gölzhäuser, A.: AS-ThP-11, 63; EM+BI+MI+MN+NS+PS+TF-MoM-3, 7; HI1- Gellerup, B.: EM-TuP-1, 34 EM+BI+MI+MN+NS+PS+TF-MoM-3, 7; HI1- ThM-1, 52; LS-TuP-2, 35 Gellman, A.: SS+CA+TF-MoM-11, 9 ThM-1, 52; NS-On Demand-15, 76 Freund, H.: LS+CA+MI+SE+SS-WeM-10, 40 Gengenbach , T.: AS-ThP-3, 63 Gong, N.: PS-FrM-7, 69 Fricker, S.: NS-On Demand-16, 76 Gengenbach, T.: AS+BI+CA+LS+SS-TuA-8, 31; Gonzalez, D.: AC+LS+MI-FrM-7, 66 Friedman, A.: EM+PS+TF-TuA-10, 28; AS-ThP-4, 63 Gonzalez, L.: NS-On Demand-16, 76 MI+2D+TF-ThM-3, 55; NS+AP+BI+MI+SM- Genser, K.: TF+SS-FrM-11, 71 González-Barrio, M.: AS-On Demand-10, 73 TuA-3, 32 George, S.: AP+PS+TF-WeM-3, 38; AP+PS+TF- Gonzalez-Julian, J.: SE+BI+SS-ThM-3, 56 Frish, M.: TF-TuP-6, 36 WeM-5, 38; AP+PS+TF-WeM-6, 38; AP-On Goodrich, P.: MN+2D+NS+QS-WeA-7, 47 Frontzek, M.: MI+2D+TF-FrM-6, 67 Demand-1, 72; AP-On Demand-6, 72; Goodwin, C.: CA+2D+AS+MN+SE+SM+SS- Fu, M.: MI+2D+TF-ThM-1, 55; NS+MI+QS+SS- TF+AP-FrM-9, 71; TF+AP-MoA-6, 17; TF-On FrM-5, 67 WeM-4, 41 Demand-4, 78; TF-On Demand-8, 78 Goodyear, A.: AP-On Demand-7, 72 Fu, Z.: 2D+HC+MN+NS+SS-TuM-2, 19 Gerber, C.: 2D+AP+BI+HC+NS+PS+SS+TF-FrM- Goormaghtigh, E.: PS+SE-FrM-2, 69 Fuchs, E.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- 3, 66 Goorsky, M.: SE+MN+PS+TF-WeA-4, 49 10, 28; MS-TuP-1, 35; NS+AP+BI+MI+SM- Gerhardt, R.: AS+HC+PS+SE+SM-ThA-3, 58 Gopalakrishnan, A.: MN+2D+NS+QS-WeA-7, TuA-10, 32; NS-On Demand-12, 75 Germaine, I.: TF+2D+AP+SS-ThA-4, 62 47 Fucsko, A.: AS-On Demand-16, 73 Gerrard, N.: 2D-TuP-3, 34; AS-On Demand-14, Gordon, M.: PS+SE-FrM-2, 69; PS+SE-FrM-7, Fuger, C.: TF+PS+SE-TuM-5, 24 73 69 Fujimoto, K.: SS-On Demand-4, 77 Gettler, R.: TF+AP-MoA-5, 17; TF-TuP-1, 36 Gordon, P.: TF+AP-MoA-2, 17 Fukami, S.: MI+2D+TF-FrM-1, 67 Ghahari, F.: 2D-On Demand-5, 72 Gorman, B.: AS+BI+CA+LS+SS-TuA-9, 31 Fukasawa, M.: PS-FrM-12, 69 Ghodssi, R.: BI-TuA-4, 32; BI-TuM-4, 20; Gorokhovsky, V.: PS-On Demand-23, 76 Fukuchi, K.: PS-On Demand-3, 76 MN+2D+NS+QS-ThM-10, 50 Gosavi, T.: EM+PS+TF-TuA-4, 28; TF+EM- Fukuma, T.: NS+AP+BI+SS-ThM-10, 55 Gholian Avval, T.: AS+BI+CA+LS+NS+SE+SS- TuM-6, 24 Fuller, E.: AS-On Demand-10, 73 TuM-11, 20 Goswami, A.: TF+SS-FrM-7, 71 Fumagalli, F.: BI-On Demand-4, 73 Ghorbani-Asl, .: 2D+EM+HC+NS+QS+TF-TuA- Goswami, S.: AS-ThP-16, 63 Furdyna, J.: MI+2D+TF-FrM-11, 67 9, 27 Gosztola, D.: NS+BI+SS+TF-FrM-4, 68 — G — Ghosh, M.: PS-FrM-9, 69 Gouder, T.: AC+LS-ThA-6, 57 Gabriel, E.: AS-On Demand-16, 73 Giannakakis, G.: LD+HC+SS-WeA-9, 46 Gougousi, T.: AS+HC+PS+SE+SM-ThA-2, 58 Gahan, D.: PS-On Demand-11, 76 Gibbons, J.: MI+2D+TF-FrM-1, 67 Goyal, M.: NS+AP+BI+MI+SM-TuA-3, 32 Gai, Z.: MI+2D+TF-FrM-6, 67; MI+2D+TF- Gibney, G.: PS+EM-WeM-1, 41 Grabow, L.: HC+SS-WeM-10, 40 ThM-1, 55; NS+MI+QS+SS-WeM-4, 41 Gibson, C.: MN-On Demand-4, 75; MN-On Grabski, M.: VT-WeM-1, 42 Galazka, Z.: EL-TuP-2, 34; EM+TF-TuM-10, 21 Demand-6, 75 Grady, R.: EM-On Demand-7, 74 Galgano, A.: HC-On Demand-7, 74 Giegerich, T.: VT+PS-TuM-13, 25 Graham, D.: AS+AC+BI+CA-WeM-12, 38; AS- Galizia, G.: SM-On Demand-2, 77 Giesen, M.: On Demand-9, 73; BI-On Demand-8, 73 Gallet, J.: TF+AP+SS-ThM-13, 53 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Graham, J.: SS+CA+HC+NS+TF-TuA-4, 30 Gallo, T.: 2D+AP+EM+PS+SS+TF-MoM-6, 5 5, 59 Grassi, J.: LS-TuP-3, 35 Gamble, L.: AS+AC+BI+CA-WeM-12, 38; BI-On Giessibl, F.: 2D-On Demand-5, 72 Grasso, J.: AS-ThP-10, 63; PS-On Demand-25, Demand-8, 73 Gil, H.: PS-ThP-15, 64 76 Gilbert , D.: TF+PS+SE-TuM-6, 24

Author Index 84 Bold page indicates presenter Author Index

Gray, A.: AS+BI+CA+LS+SS-TuA-3, 31; AS+SS- Haidar, L.: NS-On Demand-2, 75 Henderson, A.: TF-On Demand-16, 78 WeA-1, 44; LS+2D+MI+SS-TuA-4, 29; LS- Hajihoseini, H.: SE+MN+PS+TF-WeA-1, 49 Hendricks, J.: VT-MoM-11, 11; VT-WeM-4, 42 TuP-3, 35 Hall, J.: 2D+EM+MN+NS+QS-WeA-4, 44 Hendrix, A.: SS+SE-FrM-4, 70 Greco, F.: TF+BI+EM-MoM-6, 10 Halls, M.: TF+2D+AP+SS-ThA-3, 62 Hengsberger, M.: SS-On Demand-19, 78 Greenberg, A.: TF+AP-MoA-6, 17 Hallstein, R.: HI-ThA-6, 59 Henkelman, G.: SS+AP+AS+HC+LD+SE+TF- Greenberg, B.: TF+AP+SS-ThM-1, 53 Hamada, I.: AP+PS+TF-WeM-11, 38 MoA-9, 16 Greenhalgh, R.: TF+2D+MI-MoA-5, 17 Hamaguchi, S.: AP+PS+TF-WeM-11, 38; Hennessy, J.: SS+SE-FrM-1, 70; SS+SE-FrM-3, Gregory, S.: TF+BI+EM-MoM-10, 10 PS+AS+BI+EM+SS-TuM-2, 22; PS-FrM-11, 70 Grehl, T.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- 69; PS-FrM-12, 69; PS-MoM-10, 9; PS-On Hennig, R.: LD+HC+SS-WeA-7, 46 1, 28; AP-On Demand-8, 72 Demand-8, 76 Henriksen, A.: MI-On Demand-3, 75 Griffin, M.: TF-On Demand-2, 78 Hamamura, H.: AP-On Demand-2, 72; PS-On Henry, D.: EM-On Demand-6, 74 Griffin, S.: MI+2D+TF-WeA-1, 46 Demand-4, 76 Henry, E.: CA+2D+AS+MN+SE+SM+SS-FrM- Grim, J.: EM+BI+MI+MN+NS+PS+TF-MoM-5, Hamidinejad, M.: NS-On Demand-3, 75 11, 67 7 Han, E.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Henry, M.: TF-On Demand-19, 78 Groden, K.: HC+AS+CA+LS+SS-MoM-4, 8 Han, J.: BI-TuA-4, 32 Hensley, D.: LD-On Demand-1, 74 Groot, I.: 2D-On Demand-4, 72; HC-On Han, S.: AS+BI+CA+LS+SS-ThA-3, 58; PS+EM- Heo, S.: PS-ThP-2, 64 Demand-1, 74; SS+2D+AP+PS+TF-TuM-13, WeM-1, 41; QS+EM-ThP-1, 64; Herbots, N.: AS-On Demand-13, 73; AS-On 23 TF+BI+EM+MI-MoM-2, 10; TF+HC+SS-TuA- Demand-17, 73; AS-On Demand-5, 73; AS- Gross, J.: AS+HC+PS+SE+SM-ThA-1, 58 2, 29 On Demand-6, 73; AS-On Demand-7, 73; BI- Gross, K.: AS+BI+CA+LS+NS+SE+SS-MoM-8, 6 Hanbicki, A.: EM+PS+TF-TuA-10, 28; On Demand-2, 73; BI-On Demand-5, 73; BI- Grossklaus, K.: EL+TF-MoM-6, 7 MI+2D+TF-ThM-3, 55; NS+AP+BI+MI+SM- On Demand-7, 73 Groven, B.: AP-On Demand-7, 72 TuA-3, 32 Herman, G.: AS+BI+CA+LS+SS-MoA-10, 12; Grunze, M.: BI-MoM-1, 6 Hanisch, C.: SS+HC-TuP-5, 35 SS+AP+AS+HC+LD+SE+TF-MoA-8, 16 Grütter, P.: 2D-On Demand-1, 72 Hanke, S.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Hernández, J.: EM-TuP-4, 34 Grytsyshyn, C.: UN-ThP-5, 64 25; VT-TuA-4, 27 Hernandez, S.: AC+AS-WeM-11, 37; AC-On Gu, C.: NS-On Demand-14, 76 Hankins, K.: AS-On Demand-15, 73 Demand-1, 72 Gu, L.: TF+EM-WeA-11, 49 Hanley, L.: AS+AC+BI+CA-WeM-4, 38; Hernández, Z.: EM-TuP-5, 34 Gu, Q.: NS-ThP-1, 63 AS+HC+PS+SE+SM-ThA-1, 58 Herrera Gomez, A.: AS-ThP-4, 63 Guaitella, O.: PS+SE-FrM-3, 69 Hannagan, R.: HC+AS+CA+LS+SS-MoM-4, 8; Herrera, J.: SS+CA+HC+NS+TF-TuA-3, 30 Gudmundsson, J.: SE+MN+PS+TF-WeA-1, 49 HC+SS-TuA-7, 30; HC+SS-TuM-4, 21 Herrera, S.: MN-On Demand-4, 75; MN-On Guerrini, G.: BI-On Demand-4, 73 Hans, M.: AS+HC+PS+SE+SM-ThA-4, 58 Demand-6, 75 Guest, J.: LD+2D+NS+SS-MoA-8, 15 Hansson, O.: SM+AS+BI+CA+MI+SS-TuM-5, 23 Herrera-Gomez, A.: AS-On Demand-20, 73 Guizar-Sicairos, M.: LS+CA+MI+SE+SS-WeM- Haq, M.: MS-TuP-1, 35; NS+AP+BI+MI+SM- Herrfurth, O.: EL-MoA-10, 13; EL-TuP-1, 34 1, 40 TuA-10, 32 Hersam, M.: 2D+EM+NS+PS+QS-ThM-12, 50; Gulan, M.: PS+SE-ThA-1, 60 Haran, B.: NS+AP+BI+MI+SM-TuA-4, 32 AS+BI+CA+LS+NS+SE+SS-MoM-5, 6 Gummadavelly, A.: TF-TuP-13, 36 Hardcastle, J.: BI-TuP-5, 34 Herschberg, A.: PS+AP+TF-ThM-13, 56 Gump, C.: SE+MN+PS+TF-WeA-9, 49 Hardy, M.: TF+EM-WeA-10, 49 Herzinger, C.: EL-MoA-3, 13 Gunawansa, T.: EL-On Demand-3, 74 Haridas, D.: BI+NS-WeM-2, 39 Heyden, A.: HC+SS-TuA-3, 30 Gunstheimer, H.: NS-On Demand-16, 76 Harman, S.: HC+SS-ThM-3, 54 Hidayat, R.: TF+2D+AP+SS-ThA-1, 62 Guo, D.: HC+SS-TuM-10, 21 Harmon, N.: CA+2D+AS+MN+SE+SM+SS-FrM- High, E.: HC+AS+CA+LS+SS-MoM-10, 8; Guo, H.: CA-ThP-3, 63; SS+CA+TF-MoM-6, 9 11, 67 HC+SS-WeM-4, 40 Guo, J.: Harotoonian, V.: HI-ThA-3, 59 Hilfiker, M.: EL-MoA-3, 13; EL-On Demand-1, CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Harp, J.: LS-TuP-1, 35 74; EL-On Demand-2, 74; EL-TuP-2, 34 3, 59 Harrell, L.: MN+2D+NS+QS-WeA-1, 47 Hill, A.: TF+AP-FrM-8, 71 Guo, Q.: TF+HC+SS-TuA-9, 29 Harrigan, L.: UN-ThP-17, 65 Hillenbrand, R.: NS+BI+SS+TF-FrM-1, 68 Gupta, A.: EM+PS+TF-TuA-4, 28; MI+2D+TF- Harris, C.: QS+EM+SS-ThM-3, 53 Hines, M.: LD+HC+SS-WeA-1, 46 FrM-5, 67; TF+EM-TuM-6, 24 Harris, J.: EM+BI+NS+PS+TF-MoA-3, 14 Hingerl, K.: AS+BI+CA+LS+SS-ThA-1, 58; Gurijala, A.: AS-On Demand-13, 73; AS-On Harrison, I.: SS+HC-TuP-10, 35; SS+HC-TuP- EL+TF-MoM-8, 7 Demand-6, 73; BI-On Demand-2, 73; BI-On 13, 35 Hinostroza-Tamayo, J.: EM+MI-WeM-2, 39 Demand-5, 73; BI-On Demand-7, 73 Hartig, T.: PS+SE-FrM-7, 69 Hinshelwood, M.: PS-On Demand-13, 76 Gutekunst, W.: TF+BI+EM-MoM-8, 10 Hasegawa, M.: AP-On Demand-2, 72 Hipps, K.: SS+2D+AP+BI+NS+TF-ThA-3, 62 Gutierrez, H.: 2D-On Demand-6, 72 Hatton, P.: TF+2D+MI-MoA-5, 17 Hirabayashi, M.: MN-On Demand-4, 75; MN- Gutiérrez, Y.: EL-MoA-1, 13 Hatwar, T.: TF+AP-FrM-9, 71 On Demand-5, 75 Guzman, R.: TF+AP+MN+SS-WeM-3, 42 Hauer, V.: VT-MoA-1, 18 Hirata, A.: PS-FrM-12, 69 Gwalani, B.: AS+BI+CA+LS+NS+SE+SS-TuM-12, Hauffman, T.: PS+SE-FrM-2, 69 Hire, A.: LD+HC+SS-WeA-7, 46 20 Hausmann, D.: TF+AP+SS-ThM-3, 53; Hirle, A.: TF+PS+SE-TuM-5, 24 Gyure, M.: QS+2D+EM+MN-FrM-7, 70 TF+AP+SS-ThM-4, 53 Hisamatsu, H.: VT-On Demand-1, 78 — H — Havela, L.: AC+AS-WeM-10, 37; AC+LS-ThA-6, Hiyoto, K.: AS+BI+CA+LS+NS+SE+SS-TuM-3, Ha, H.: AP-TuP-7, 34 57; AC-ThP-9, 63 20 Haack, H.: AS-ThP-3, 63 Havelund, R.: AS-On Demand-1, 72 Hlawacek, G.: 2D+EM+LD+SS-ThA-3, 57; HI2- Haager, L.: HC+SS-TuM-11, 21; HC+SS-TuM- Haverkate, L.: TF+AP+MN+SS-WeM-11, 42 ThM-12, 52 13, 21; HC+SS-TuM-3, 21 Haverkort, M.: AC+LS-ThA-4, 57 Ho, K.: NS-On Demand-3, 75 Haase, G.: EM+BI+NS+PS+TF-MoA-6, 14 Hawash, Z.: NS-On Demand-18, 76 Ho, W.: NS-On Demand-1, 75 Haasnoot, H.: VT-MoM-8, 11 Hawker, M.: BI+NS-WeM-13, 39; UN-ThP-4, Hoang Le, L.: NS-On Demand-15, 76 Hachmann, W.: AS-ThP-11, 63 64 Hoang, H.: HI1-ThM-5, 52 Hack, J.: LS+CA+MI+SE+SS-WeM-11, 40 He , D.: BI-MoA-5, 13 Hoang, J.: AP-TuP-6, 34; TF+EM-TuM-5, 24 Hacker, C.: 2D+EM+HC+NS+QS+TF-TuA-10, 27 He, L.: LS-TuP-1, 35 Hoesch, M.: LS-TuP-4, 35 Hadar, I.: LD-TuP-1, 34 He, M.: TF+BI+EM+MI-MoM-8, 10 Hoffman, J.: TF+AP-FrM-8, 71 Hafermann, M.: TF+BI+EM+MI-MoM-4, 10 He, X.: TF+AP-MoA-5, 17; TF-TuP-1, 36 Hoffmann, A.: MI+2D+TF-FrM-1, 67; Hagen, C.: AP+EL+MS+NS+SS+TF-TuM-10, 19 Head, A.: AS+BI+CA+LS+NS+SE+SS-TuM-2, 20; MI+2D+TF-FrM-8, 67; MI-On Demand-4, 75 Hagenhoff, B.: AS+AC+BI+CA-WeM-10, 38 TF+AP+SS-ThM-13, 53 Hoflijk, I.: AS-On Demand-2, 72; AS-On Hahlin, M.: AS+BI+CA+LS+NS+SE+SS-MoM-3, Heijdra, E.: PS-FrM-10, 69 Demand-3, 73 6 Heinz, T.: 2D+EM+MN+NS+QS-WeA-9, 44 Hofmann, P.: 2D+EM+NS+PS+QS-ThM-3, 50; Hahn, R.: SE+AS+LS+MN+SS-ThA-6, 61; Heldebrant, D.: CA-On Demand-3, 74 2D-On Demand-11, 72 SE+BI+SS-ThM-5, 56; TF+PS+SE-TuM-5, 24 Hellberg, C.: 2D+EM+MN+NS+QS-WeA-3, 44

Author Index 85 Bold page indicates presenter Author Index

Hofmann, T.: EL+TF-MoM-5, 7; EL-MoA-9, 13; Hwang, S.: TF-TuP-13, 36 Jaramillo, C.: SS+SE-FrM-4, 70; VT+PS-TuM- EL-TuP-3, 34; TF+BI+EM+MI-MoM-5, 10; TF- Hyun, W.: AS+BI+CA+LS+NS+SE+SS-MoM-5, 6 12, 25 TuP-3, 36 — I — Jaramillo, R.: 2D+AP+EM+NS+PS+SS+TF- Hofmans, M.: PS+SE-FrM-3, 69 Ichikawa, M.: PS-MoM-10, 9 WeM-13, 37; 2D+AP+EM+PS+SS+TF-MoM- Hogan Jr., C.: PS+SE-FrM-9, 69 Ievlev, A.: AS+AC+BI+CA-WeM-4, 38 9, 5; AS-ThP-8, 63; TF+SS-FrM-8, 71 Hojo, K.: 2D+AP+EM+PS+SS+TF-MoM-5, 5; Ihlefeld, J.: EM-On Demand-6, 74 Jariwala, D.: 2D+AP+EM+PS+SS+TF-MoM-2, 5 SE+MN+PS+TF-WeA-4, 49 Ihli, J.: LS+CA+MI+SE+SS-WeM-1, 40 Jasim, A.: TF-TuP-1, 36 Holcomb, M.: LS+CA+MI+SE+SS-WeM-5, 40 Ikuse, K.: PS-MoM-10, 9; PS-On Demand-8, Jean, B.: TF+BI+EM-MoM-9, 10 Holden, K.: TF+AP+MN+SS-WeM-5, 42; 76 Jeckell, Z.: PS+AP+TF-ThM-13, 56; PS-ThP-11, TF+AP+SS-ThM-12, 53 Ilani, S.: NS+MI+QS+SS-WeM-5, 41 64 Holler, M.: LS+CA+MI+SE+SS-WeM-1, 40 Ilhom, .: AS-ThP-10, 63 Jena, D.: EL-On Demand-2, 74; TF-On Hollinger, R.: VT+PS-TuM-5, 25 Ilhom, S.: PS+AP+TF-ThM-3, 56; PS-On Demand-9, 78 Hollowell, A.: MN-On Demand-4, 75; MN-On Demand-25, 76 Jende, L.: AS+HC+PS+SE+SM-ThA-5, 58 Demand-5, 75 Illgen, C.: VT-MoM-6, 11 Jeng, Y.: SE+AS+LS+MN+SS-ThA-4, 61 Holmes, R.: AS-ThP-5, 63 Ilton, E.: AC-On Demand-2, 72 Jenkins, J.: AS+BI+CA+LS+SS-MoA-10, 12; Homayounfar, S.: TF-On Demand-12, 78 Imre, A.: BI-On Demand-6, 73 SS+AP+AS+HC+LD+SE+TF-MoA-8, 16 Hong, H.: SS-On Demand-15, 77 Inoue, R.: AS+BI+CA+LS+SS-MoA-4, 12 Jenkins, T.: PS-MoM-5, 9 hong, j.: PS-ThP-14, 64 Inturri, R.: PS-ThP-10, 64; SM-On Demand-2, Jenks, C.: MS+AP+NS+TF-MoM-1, 8 Hong, S.: HC-On Demand-5, 74 77; SM-TuP-2, 35 Jenninger, B.: VT-MoM-6, 11 Hood, J.: BI-TuM-13, 20 Iqbal, N.: EM+MI-WeA-3, 45 Jenny, C.: PS-On Demand-28, 77 Hopkins, M.: PS-MoM-3, 9; PS-ThP-4, 64 Iranzo, O.: SM-TuP-3, 35 Jeon, B.: SS-On Demand-12, 77 Hopkins, P.: PS+AS+BI+EM+SS-TuM-12, 22 Irish, A.: EM+PS+TF-TuA-3, 28; Jeong, G.: PS-MoA-4, 16; PS-ThP-1, 64; PS- Hopstaken, M.: PS-FrM-4, 69; PS-FrM-7, 69; NS+AS+BI+EM+LD+SS-WeA-7, 47 ThP-2, 64 PS-FrM-8, 69; TF+EM-TuM-12, 24 Irmscher, K.: EL-TuP-2, 34 Jesner, D.: BI-TuM-4, 20 Hori, M.: AP-On Demand-2, 72; PS-FrM-1, 69; Isbill, S.: HC+2D+NS+SS+TF-MoA-1, 14 Jewell, A.: SS+SE-FrM-1, 70; SS+SE-FrM-3, 70 PS-On Demand-4, 76 Ishibashi, T.: VT-On Demand-1, 78 Jia, Q.: QS+EM+MN-WeA-7, 48 Hosemann, P.: AS+BI+CA+LS+SS-TuA-2, 31 Ishibashi, Y.: PS-On Demand-24, 76 Jiang, J.: PS+AS+BI+EM+SS-TuM-4, 22; PS-On Hosen, M.: AC-On Demand-3, 72 Ishii, Y.: PS-WeA-3, 48; PS-WeA-9, 48 Demand-13, 76; PS-ThA-1, 60 Hoth, G.: QS+2D+EM+MN-FrM-6, 70 Ishikawa, K.: PS-On Demand-4, 76 Jiang, K.: EM+TF-TuM-10, 21; TF+EM-WeA- House, S.: Ishikawa, K.: AP-On Demand-2, 72 11, 49 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- Ishimura, H.: PS-WeA-3, 48 Jiang, N.: 2D+HC+MN+NS+SS-TuM-3, 19; 5, 54 Iski, E.: SS-On Demand-14, 77; UN-ThP-12, 65 LD+2D+NS+SS-MoA-5, 15; NS-ThP-4, 64; Howald, L.: NS-On Demand-16, 76 Islam, A.: HC+2D+NS+SS+TF-MoA-10, 14 SS+2D+AP+BI+NS+TF-ThA-4, 62 Howard, J.: AS-On Demand-15, 73 Islam, S.: TF+HC+SS-TuA-10, 29 Jiang, T.: AS-On Demand-8, 73 Howell , C.: BI-MoM-4, 6 Ismail-Beigi, S.: 2D+AP+EM+NS+PS+SS+TF- Jiao, C.: MN-On Demand-7, 75; MN-On Howell, C.: BI-MoM-3, 6; BI-MoM-5, 6; BI- WeM-2, 37; 2D+AP+EM+NS+PS+SS+TF- Demand-8, 75; MN-On Demand-9, 75 TuA-1, 32; BI-TuP-5, 34 WeM-3, 37 Jimenez, J.: SS+HC-TuP-11, 35 Howzen, A.: TF-On Demand-18, 78 Isoardi, T.: VT-MoA-4, 18 Jin, E.: TF+EM-WeA-10, 49 Hoy, J.: EW-WeB-2, 43 Isobe, M.: PS+AS+BI+EM+SS-TuM-2, 22; PS- Jin, Y.: PS-On Demand-15, 76 Hrachowina, L.: NS+AS+BI+EM+LD+SS-WeA-7, FrM-11, 69; PS-FrM-12, 69; PS-On Demand- Jinno, R.: EL-On Demand-2, 74 47 8, 76 Jo, K.: 2D+AP+EM+PS+SS+TF-MoM-2, 5 Htoon, H.: QS+EM+VT-ThA-5, 61 Ison, A.: QS+2D+EM+MN-FrM-6, 70 Jo, S.: PS-MoA-4, 16; PS-ThP-1, 64; PS-ThP-2, Hu, J.: TF+BI+EM+MI-MoM-10, 10 Itagaki, N.: PS-On Demand-24, 76 64 Hu, S.: NS+AP+BI+SS-ThM-12, 55 Ito, T.: AP+PS+TF-WeM-11, 38; PS-On Johansson, M.: AS+BI+CA+LS+SS-ThA-2, 58 Hu, X.: LD-TuP-1, 34 Demand-8, 76 Johansson, N.: 2D+AP+EM+PS+SS+TF-MoM-6, Hu, Y.: BI-MoA-5, 13 Ivie, J.: AP-On Demand-10, 72; AP-On 5 Huang, M.: SS+CA+TF-MoM-6, 9 Demand-9, 72; SS-On Demand-1, 77 Johnson, D.: BI-MoM-2, 6; HC+SS-ThM-12, 54 Huang, P.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Iyer, A.: LS+CA+MI+SE+SS-WeM-11, 40 Johnson, E.: PS+AP+TF-ThM-4, 56 Huang, Q.: BI-On Demand-9, 73 Iyer, S.: UN-ThP-18, 65 Johnson, G.: AS-On Demand-15, 73 Huang, X.: SS-On Demand-6, 77 Iza, M.: EM+TF-TuM-2, 21 Johnson, H.: AC+LS-ThA-3, 57 Huang, Z.: NS+AS+BI+EM+LD+SS-WeA-1, 47 Izawa, M.: PS-On Demand-4, 76 Johnson, M.: PS+AS+BI+EM+SS-TuM-12, 22; Hudak, O.: SE+BI+SS-ThM-11, 56 Izawa, M.: AP-On Demand-2, 72 PS+SE-FrM-6, 69 Hudson, E.: PS+AS+BI+EM+SS-TuM-2, 22; PS- — J — Johnson, V.: AP+PS+TF-WeM-5, 38 FrM-3, 69 J. Richardson, C.: QS-On Demand-1, 77 Jones, A.: 2D+EM+NS+PS+QS-ThM-3, 50; EM- Hudson, S.: PS+SE-FrM-10, 69 Jackson, S.: UN-ThP-15, 65 On Demand-4, 74 Hughart, D.: EM+BI+NS+PS+TF-MoA-6, 14 Jacobson, D.: PS-On Demand-21, 76 Jonker, B.: 2D+EM+MN+NS+QS-WeA-3, 44; Hughes, S.: VT+PS-TuM-1, 25 Jacques, K.: SE+AS+LS+MN+SS-ThA-3, 61 2D+HC+MN+NS+SS-TuM-13, 19 Hummel, G.: MN-On Demand-6, 75 Jaffal, M.: AP+2D+EM+MN+PS+TF-MoM-1, 5 Jordan, M.: MN-On Demand-4, 75; MN-On Hung, S.: BI-TuP-5, 34 Jain, A.: PS-On Demand-21, 76 Demand-5, 75; MN-On Demand-6, 75 Hunold, O.: SE+AS+LS+MN+SS-ThA-6, 61; Jain, H.: TF+AP-MoA-4, 17 Joseph, E.: PS-FrM-7, 69 SE+BI+SS-ThM-11, 56; SE+BI+SS-ThM-5, 56; Jakub, Z.: HC+SS-TuM-11, 21 Joseph, L.: HC+SS-TuM-12, 21; HC+SS-WeM- TF+PS+SE-TuM-5, 24 Jalan, B.: TF+SS-FrM-3, 71 4, 40; HC-ThP-2, 63 Hunt, A.: HC+AS+CA+LS+SS-MoM-4, 8 Jamer, M.: MI+2D+TF-WeA-3, 46 Joshi, C.: EM+PS+TF-TuA-4, 28; TF+EM-TuM- Hunt, D.: MI+2D+TF-FrM-9, 67 Jamison, P.: PS-FrM-5, 69 6, 24 Huo, N.: TF+AP-MoA-1, 17 Jamka, E.: HC+SS-WeM-12, 40; Joshi, K.: AS-ThP-10, 63 Hüsgen, B.: AS-ThP-11, 63; SS+CA+HC+NS+TF-TuA-8, 30; SS+HC-TuP-3, Joshi, V.: AS-On Demand-11, 73 EM+BI+MI+MN+NS+PS+TF-MoM-3, 7 35 Jousten, K.: VT-MoM-6, 11 Hussey, D.: MN+2D+NS+QS-WeA-11, 47 Jandhyala, S.: AS-On Demand-13, 73; AS-On Joy, N.: PS+EM-WeM-4, 41 Huthwelker, T.: Demand-6, 73 Joyce, J.: AC+LS-ThM-6, 51; AC-On Demand-1, CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Jang, S.: PS+EM-WeM-3, 41; TF+EM-TuM-13, 72 6, 59 24 Jugovac, M.: AS-On Demand-10, 73 Huttmann, F.: 2D+EM+MN+NS+QS-WeA-4, 44 Jang, W.: PS-ThP-14, 64 Julbe, A.: TF+AP-FrM-10, 71 Hvidsten, O.: TF+BI+EM-MoM-10, 10 Jang, Y.: PS-ThP-15, 64 Jung, Y.: TF-TuP-13, 36 Hwang, G.: AP-TuP-2, 34 Jansen, R.: VT-MoM-8, 11 Jungfleisch, B.: MI-On Demand-4, 75 Hwang, J.: EM+BI+NS+PS+TF-MoA-3, 14 Jaouad, A.: PS+AS+BI+EM+SS-TuM-11, 22 Jungreis, A.: TF+BI+EM-MoM-10, 10

Author Index 86 Bold page indicates presenter Author Index

Jurczyk, B.: PS+AP+TF-ThM-13, 56; TF+PS+SE- Keil, W.: AS-ThP-11, 63; AS-ThP-12, 63; LS- 74; EM-TuP-2, 34; TF+AP+SS-ThM-2, 53; TF- TuM-1, 24 TuP-2, 35 On Demand-5, 78 Jursich, G.: SE+BI+SS-ThM-10, 56 Kelber, J.: SS-On Demand-2, 77 Kintz, J.: AS-On Demand-5, 73 Juurlink, L.: HC+SS-WeM-3, 40; Keller, N.: EL+TF-MoM-3, 7 Kirnbauer, A.: SE+BI+SS-ThM-1, 56; SE+BI+SS- SS+CA+HC+NS+TF-TuA-8, 30 Kelley, M.: SS+CA+HC+NS+TF-TuA-4, 30 ThM-4, 56 — K — Kemme, S.: QS+2D+EM+MN-FrM-6, 70 Kirsch, W.: PS+SE-FrM-10, 69 Kabir, F.: AC-On Demand-3, 72 Kendall, L.: TF+HC+SS-TuA-7, 29 Kish, L.: MI+2D+TF-FrM-6, 67 Kaczorowski, D.: AC-On Demand-3, 72 Kenig, F.: AS+AC+BI+CA-WeM-4, 38 Kiskinova, M.: HC+AS+CA+LS+SS-MoM-1, 8 Kaden, W.: SS+AP+AS+HC+LD+SE+TF-MoA-3, Kenney, J.: PS-MoM-3, 9 Kitajima, T.: PS-On Demand-14, 76 16 Kent, A.: LS+2D+MI+SS-TuA-3, 29; MI+2D+TF- Kitching, J.: MN+2D+NS+QS-WeA-9, 47 Kahnt, A.: SS+2D+AP+BI+NS+TF-ThA-5, 62 WeA-9, 46 Kitsopoulos, T.: SS+CA+TF-MoM-1, 9 Kaisar, T.: MN-On Demand-2, 75 Kerketta, S.: PS+SE-FrM-5, 69 KItsopoulos, T.: SS+CA+TF-MoM-6, 9 Kal, S.: NS+AP+BI+MI+SM-TuA-4, 32 Kersevan, R.: VT-MoA-5, 18 Kivioja, J.: SM+AS+BI+CA+MI+SS-TuM-3, 23 Kaleem, H.: SS-On Demand-13, 77 Keshavarz, S.: MI+2D+TF-FrM-4, 67 Kizilkaya, O.: HC+SS-ThM-12, 54 Kälin, T.: SS+HC-TuP-5, 35 Kessels, E.: PS-FrM-10, 69; TF+AP+SS-ThM-10, Klein, B.: EM+TF-TuM-3, 21 Källquist, I.: AS+BI+CA+LS+NS+SE+SS-MoM-3, 53; TF+AP+SS-ThM-4, 53; TF+EM-TuM-3, 24; Klein, J.: NS+MN+QS+SM+SS-TuM-4, 22 6 TF+EM-TuM-4, 24; TF+HC+SS-TuA-8, 29 Kleiner, R.: HI-ThA-1, 59 Kamat, P.: SS+CA+HC+NS+TF-TuA-1, 30 Kessels, W.: TF+HC+SS-TuA-3, 29; TF-On Klewe, C.: LS+2D+MI+SS-TuA-4, 29 Kamataki, K.: PS-On Demand-24, 76 Demand-20, 78 Klimov, N.: MN+2D+NS+QS-WeA-11, 47; VT- Kaminski-Cachopo, A.: EM+MI-WeM-5, 39 Keten, S.: BI-MoA-1, 13 TuP-1, 36 Kammermeier, T.: VT-WeM-10, 42 Khadka, R.: EM+BI+NS+PS+TF-MoA-3, 14 Kline , R.: EL+TF-MoM-3, 7 Kampen, T.: AS+BI+CA+LS+SS-ThA-2, 58 Khan, A.: 2D+EM+HC+NS+QS+TF-TuA-1, 27; Klingner, N.: HI2-ThM-12, 52 Kampf, N.: NS+MN+QS+SM+SS-TuM-4, 22 EM-On Demand-7, 74 Knight, S.: EL-TuP-2, 34 Kanatzidis, M.: LD-TuP-1, 34; NS-On Demand- Khan, D.: 2D-On Demand-3, 72; SE-On Knippenberg, T.: UN-ThP-8, 64 4, 75 Demand-1, 77 Knoops, H.: AP+EL+MS+NS+SS+TF-TuM-1, 19 Kandratsenka, A.: SS+CA+TF-MoM-6, 9 Khan, M.: NS-On Demand-18, 76 Knudsen, J.: 2D+AP+EM+PS+SS+TF-MoM-6, 5 Kaneda, Y.: AP-On Demand-3, 72 Khanal, P.: EM+BI+NS+PS+TF-MoA-3, 14 Knuffman, B.: HI-On Demand-1, 74 Kang, H.: AP-TuP-7, 34 Khanna, S.: AS-On Demand-6, 73; BI-On Ko, W.: NS+MI+QS+SS-WeM-4, 41; NS-ThP-5, Kang, J.: HC-On Demand-4, 74 Demand-2, 73; BI-On Demand-5, 73; TF- 64; SS+2D+AP+BI+NS+TF-ThA-6, 62 Kang, M.: SS-On Demand-12, 77 TuP-7, 36 Kobayashi, K.: LS-TuP-3, 35 Kang, S.: 2D-On Demand-3, 72 Khosla, R.: MN+2D+NS+QS-WeA-7, 47 Kobayashi, N.: PS-FrM-1, 69 Kang, S.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Kiaghadi, A.: TF-On Demand-12, 78 Kocabas, A.: CA-On Demand-1, 73 Kang, T.: PS-WeA-7, 48 Kiener, D.: SE+AS+LS+MN+SS-ThA-6, 61 Kocabas, C.: CA-On Demand-1, 73 Kangül, M.: NS-ThP-3, 64 Kildishev, A.: NS+BI+SS+TF-FrM-5, 68 Kodambaka, S.: 2D+AP+EM+PS+SS+TF-MoM- Kanjolia, R.: TF+AP+MN+SS-WeM-5, 42; Kilic, U.: EL-MoA-3, 13; EL-On Demand-1, 74; 5, 5; 2D-TuP-2, 34; SE+MN+PS+TF-WeA-4, TF+EM-WeA-2, 49 EL-On Demand-2, 74 49 Kapadia, R.: EM+BI+NS+PS+TF-MoA-4, 14; Killam, A.: SE+AS+LS+MN+SS-ThA-3, 61 Kodigala, A.: QS+2D+EM+MN-FrM-6, 70 EM-On Demand-8, 74 Killelea, D.: HC+SS-WeM-12, 40; HC+SS- Koelle, D.: HI-ThA-1, 59 Kaplar, R.: EM+TF-TuM-3, 21 WeM-3, 40; SS+CA+HC+NS+TF-TuA-8, 30; Koga, K.: PS-On Demand-24, 76 Karagoz, B.: AS+BI+CA+LS+NS+SE+SS-TuM-2, SS+HC-TuP-3, 35; UN-ThP-5, 64; UN-ThP-6, Kohnert, A.: AS+BI+CA+LS+SS-TuA-2, 31 20; SS+CA+TF-MoM-11, 9 64 Kohns, R.: SS-On Demand-3, 77 Karahashi, K.: AP+PS+TF-WeM-11, 38; PS-On Kim , W.: AP-On Demand-5, 72 Kokayi, M.: UN-ThP-13, 65 Demand-8, 76 Kim, A.: SS+2D+AP+PS+TF-TuM-10, 23 Kokkonen, E.: SS+2D+AP+PS+TF-TuM-5, 23 Karande, S.: SS+2D+AP+BI+NS+TF-ThA-5, 62 Kim, B.: 2D+HC+MN+NS+SS-TuM-12, 19 Kolecki, S.: VT+PS-TuM-12, 25 Karcher, J.: TF-TuP-2, 36 Kim, C.: EM+BI+MI+MN+NS+PS+TF-MoM-5, Kolekar, S.: 2D+EM+HC+NS+QS+TF-TuA-9, 27 Karcher, T.: AS-On Demand-6, 73 7; PS+SE-ThA-6, 60; PS-MoM-11, 9; QS-On Koley, G.: 2D-On Demand-3, 72; SE-On Karimi Aghda, S.: AS+HC+PS+SE+SM-ThA-4, Demand-2, 77 Demand-1, 77 58 Kim, D.: HC-On Demand-5, 74; HC-On Koller, K.: MI+2D+TF-FrM-11, 67 Kärkkäinen, A.: SM+AS+BI+CA+MI+SS-TuM-3, Demand-6, 74; NS-On Demand-4, 75; PS- Kollmer, F.: AS-ThP-16, 63 23 ThP-15, 64 Kolmakov, A.: CA+AS+LS+MN+SS+VT-WeA-8, Karna, S.: UN-ThP-10, 65; UN-ThP-17, 65; UN- Kim, G.: MN+2D+NS+QS-ThM-6, 50 45; CA-On Demand-2, 74; CA-ThP-3, 63 ThP-9, 65 Kim, H.: EL-TuP-5, 34; EM+PS+TF-TuA-8, 28; Kolmer, M.: NS+MI+QS+SS-WeM-4, 41; Karpov, D.: LS+CA+MI+SE+SS-WeM-1, 40 EM-On Demand-3, 74; PS+SE-ThA-6, 60; PS- SS+2D+AP+BI+NS+TF-ThA-6, 62 Karrer, M.: HI-ThA-1, 59 MoM-11, 9; PS-ThP-14, 64; TF+2D+AP+SS- Kolorenc, J.: AC+AS-WeM-12, 37 Kasevich, M.: QS+2D+EM+MN-FrM-1, 70 ThA-1, 62 Kolorenč, J.: AC+LS-ThA-6, 57 Kaspar, T.: AS+BI+CA+LS+SS-TuA-2, 31 Kim, J.: AP+2D+EM+MN+PS+TF-MoM-5, 5; Koloskova, O.: AC+AS-WeM-10, 37; AC+LS- Katoch, J.: 2D+EM+NS+PS+QS-ThM-3, 50 HC-On Demand-6, 74; PS+AP+TF-ThM-11, ThA-6, 57 Kats, M.: TF+BI+EM+MI-MoM-4, 10 56; SS-On Demand-11, 77; TF+2D+AP+SS- Kolozsvári, S.: SE+BI+SS-ThM-5, 56 Katzenmeyer, A.: AP-On Demand-10, 72 ThA-1, 62; TF-TuP-13, 36 Kondyurin, A.: PS2-TuA-9, 33 Katzer, D.: TF+EM-WeA-10, 49 Kim, K.: NS-On Demand-18, 76; TF-TuP-10, 36 Konh, M.: AP+PS+TF-WeM-4, 38; SS+HC-TuP- Kauffman, D.: HC-On Demand-9, 74 Kim, M.: EL-TuP-7, 34; 9, 35 Kaur, N.: AS-ThP-13, 63 EM+BI+MI+MN+NS+PS+TF-MoM-5, 7; SE- König, G.: NS-On Demand-16, 76 Kavanaugh, K.: AS-On Demand-13, 73; AS-On ThP-3, 64 König, M.: HI1-ThM-1, 52 Demand-6, 73 Kim, O.: TF-TuP-10, 36 Konina, K.: PS+SE-FrM-5, 69 Kavassery Ramesh, R.: AP+EL+MS+NS+SS+TF- Kim, S.: 2D-On Demand-3, 72; 2D-On Konstanovskyi, I.: 2D+EM+NS+PS+QS-ThM-4, TuM-12, 19 Demand-5, 72; PS-On Demand-17, 76; SE- 50 Kawasaki, J.: TF+SS-FrM-11, 71; TF+SS-FrM-9, On Demand-1, 77; TF+2D+AP+SS-ThA-1, 62 Koper, M.: HC+SS-ThM-1, 54 71 Kim, T.: 2D+EM+NS+PS+QS-ThM-3, 50; HC-On Koppens, F.: 2D+EM+NS+PS+QS-ThM-5, 50 Kaymak, V.: VT+PS-TuM-5, 25 Demand-6, 74 Korde, M.: EL+TF-MoM-3, 7 Kazakov, A.: MI+2D+TF-ThM-5, 55 Kim, Y.: AP-TuP-7, 34; NS-On Demand-18, 76; Korlacki, R.: EL-MoA-4, 13; EL-On Demand-1, Kazem, D.: PS-FrM-4, 69 PS-ThP-15, 64; TF-TuP-10, 36 74; EL-On Demand-2, 74; EL-TuP-2, 34 KC, S.: MI+2D+TF-FrM-5, 67 Kimura, K.: TF-On Demand-17, 78 Kornienko, V.: TF+2D+MI-MoA-5, 17 Ke, W.: LD-TuP-1, 34 Kindel, W.: QS+EM+SS-ThM-3, 53 Koroglu, C.: EM-On Demand-7, 74 Kearsley, A.: NS+AP+BI+MI+SM-TuA-9, 32 King, S.: CA+2D+AS+MN+SE+SM+SS-FrM-11, Korytov, M.: MI+2D+TF-ThM-4, 55 Keating, C.: BP-SuA-3, 4 67; EM+TF-TuM-11, 21; EM-On Demand-1,

Author Index 87 Bold page indicates presenter Author Index

Koski, K.: 2D+AP+EM+NS+PS+SS+TF-WeM-5, Lain Amador, L.: VT-TuA-1, 27 Lenney, S.: EL+TF-MoM-6, 7 37 Lallo, J.: EW-TuL-5, 26 Lentine, A.: QS+2D+EM+MN-FrM-6, 70 Kosobrodova, E.: PS2-TuA-9, 33 Lanata, N.: 2D+EM+NS+PS+QS-ThM-3, 50 Lentz, J.: TF+BI+EM+MI-MoM-5, 10 Kotakoski, J.: 2D+EM+HC+NS+QS+TF-TuA-7, Lancaster, A.: TF-On Demand-23, 78 Lenz, K.: MI-On Demand-1, 75 27 Lander, E.: UN-ThP-14, 65 Leoschke, M.: PS+AP+TF-ThM-13, 56 Kotowska, A.: BI-TuM-12, 20; BI-TuP-1, 34 Landers, Z.: BI-TuP-6, 34 Lepkowski, S.: MN-On Demand-4, 75 Kotru, S.: TF-TuP-11, 36 Lang, A.: TF+EM-WeA-9, 49 Lepkowski, W.: AP-On Demand-9, 72 Kotula, P.: TF-On Demand-19, 78 Lang, J.: BI-TuP-4, 34 Leppänen, T.: TF+AP+MN+SS-WeM-13, 42 Koty, D.: PS-FrM-7, 69 Lang, W.: HI-ThA-1, 59 Lercel, M.: MS+AP-MoA-8, 15 Koushik, D.: TF+HC+SS-TuA-3, 29 Lasek, K.: 2D+AP+EM+NS+PS+SS+TF-WeM-12, LeRoy, B.: 2D+EM+NS+PS+QS-ThM-1, 50 Kovatch, L.: PS-WeA-9, 48 37; 2D+EM+NS+PS+QS-ThM-4, 50 Leroy, P.: PS-ThP-10, 64 Kozell , A.: NS+MN+QS+SM+SS-TuM-12, 22 Lasseter, J.: HI-ThP-1, 63 Letourneau, S.: TF-On Demand-23, 78 Kozen, A.: PS-ThP-6, 64 Lau, S.: CA+2D+AS+MN+SE+SM+SS-FrM-3, 67 Leusink, G.: AP+2D+EM+MN+PS+TF-MoM-10, Kraehnert, R.: TF-TuP-6, 36 Law, J.: MI+2D+TF-FrM-5, 67 5 Kraft, M.: BI-TuM-5, 20 Lawson, J.: EM-TuP-3, 34 Levkin, P.: BI-MoM-1, 6 Krasheninnikov, A.: 2D+EM+HC+NS+QS+TF- Lazzarino, F.: AP-On Demand-4, 72; PS-On Levy, J.: MN+2D+NS+QS-ThM-10, 50 TuA-9, 27 Demand-6, 76; PS-On Demand-7, 76; PS-On Lewis, D.: 2D-On Demand-10, 72; 2D-On Kraus, S.: 2D+EM+MN+NS+QS-WeA-4, 44 Demand-9, 76 Demand-3, 72; TF+AP+MN+SS-WeM-10, 42 Kraushofer, F.: HC+SS-TuM-13, 21; HC+SS- Le Drogoff, B.: TF+BI+EM+MI-MoM-3, 10 Lewis, F.: UN-ThP-6, 64 TuM-3, 21; SS+SE-FrM-12, 70 Le, D.: SS+2D+AP+PS+TF-TuM-10, 23; TF-TuP- Lewis, J.: MS+AP+NS+TF-MoM-1, 8 Kräuter, M.: TF+AP+MN+SS-WeM-6, 42 13, 36 Lewis, R.: QS+EM+SS-ThM-3, 53 Kress, P.: HC+SS-TuA-12, 30 Le, S.: 2D-On Demand-5, 72 Lewis, S.: CA+2D+AS+MN+SE+SM+SS-FrM-3, Krim, J.: MN+2D+NS+QS-ThM-5, 50 Leal, R.: PS-FrM-9, 69 67 Krishnamoorthy, S.: TF+EM-WeA-7, 49 LeBeau, J.: TF+SS-FrM-8, 71 Li, A.: AS+BI+CA+LS+SS-ThA-3, 58; Krogstad, D.: PS-ThP-11, 64 LeClair, P.: MI+2D+TF-FrM-4, 67; MI+2D+TF- NS+MI+QS+SS-WeM-4, 41; QS+EM-ThP-1, Kroll, T.: AC+AS-WeM-13, 37; AC-ThP-6, 63 FrM-5, 67 64; SS+2D+AP+BI+NS+TF-ThA-6, 62 Kropp, J.: AS+HC+PS+SE+SM-ThA-2, 58 Lee , J.: AP-On Demand-5, 72 Li, B.: AS+BI+CA+LS+SS-ThA-2, 58 Krstić, M.: AP+PS+TF-WeM-11, 38 Lee, B.: PS-MoA-4, 16; PS-ThP-1, 64; PS-ThP- Li, D.: BI-MoA-4, 13 Krueger, F.: PS-MoM-6, 9 2, 64 Li, G.: 2D+HC+MN+NS+SS-TuM-4, 19 Krüger, F.: PS-WeA-2, 48 Lee, C.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Li, J.: MN-On Demand-1, 75; TF+AP+SS-ThM- Krüger, P.: MI-On Demand-2, 75 Lee, D.: 2D-On Demand-13, 72; 4, 53; TF+HC+SS-TuA-9, 29 Kruppe , C.: HC+2D+NS+SS+TF-MoA-10, 14 SS+2D+AP+BI+NS+TF-ThA-3, 62; SS-On LI, J.: 2D+EM+HC+NS+QS+TF-TuA-9, 27 Krylyuk, S.: 2D+EM+HC+NS+QS+TF-TuA-10, Demand-11, 77 Li, L.: 2D-On Demand-12, 72; MI+2D+TF-ThM- 27; 2D+MI-MoA-2, 12 Lee, E.: HC+AS+CA+LS+SS-MoM-10, 8 2, 55; NS+MI+QS+SS-WeM-3, 41; Kuai, C.: HC+SS-ThM-10, 54 Lee, H.: 2D-On Demand-13, 72; AP-TuP-7, 34; SS+2D+AP+BI+NS+TF-ThA-4, 62 Kucharski, P.: VT-MoM-6, 11 EM-On Demand-7, 74; MI+2D+TF-FrM-4, Li, M.: CA+2D+AS+BI+HC+LS+MN+NS+SM+SS- Kudyshev, Z.: NS+BI+SS+TF-FrM-5, 68 67; MS+AP+NS+TF-MoM-1, 8; NS-On ThM-5, 54 Kuehn, T.: 2D-TuP-1, 34; MI+2D+TF-FrM-12, Demand-18, 76; PS+SE-ThA-6, 60; PS-MoM- Li, Q.: 2D+EM+HC+NS+QS+TF-TuA-11, 27 67 11, 9; PS-On Demand-2, 76; PS-ThA-2, 60; Li, S.: BI-TuP-4, 34; LD+2D+NS+SS-MoA-3, 15 Kukla, M.: TF+AP+SS-ThM-13, 53 PS-WeA-1, 48; PS-WeA-2, 48; SS-On Li, X.: NS-ThP-1, 63; PS-On Demand-20, 76; Kumar, A.: EM-On Demand-7, 74 Demand-10, 77; SS-On Demand-11, 77; SS- PS-On Demand-22, 76; PS-On Demand-26, Kumar, K.: PS-On Demand-9, 76 On Demand-12, 77; SS-On Demand-9, 77; 76 Kumar, M.: NS+AS+BI+EM+LD+SS-WeA-4, 47 TF-On Demand-9, 78 Li, Y.: 2D+AP+EM+NS+PS+SS+TF-WeM-13, 37; Kumar, P.: 2D+AP+EM+PS+SS+TF-MoM-2, 5 Lee, J.: MN-On Demand-2, 75; NS-On AS-ThP-8, 63; PS-On Demand-13, 76; PS- Kumar, S.: BI-TuA-2, 32 Demand-9, 75; PS-ThA-2, 60; PS-ThA-3, 60; ThP-12, 64; TF+BI+EM+MI-MoM-5, 10; Kumar, U.: EL+TF-MoM-10, 7 PS-ThP-13, 64; PS-WeA-7, 48; TF+BI+EM-MoM-10, 10; TF-TuP-3, 36; VT- Kummel, A.: TF+EM-WeA-2, 49; TF-On QS+2D+EM+MN-FrM-6, 70; SE-On Demand- TuA-11, 27; VT-TuA-3, 27 Demand-10, 78 2, 77 Li, Z.: 2D+AP+EM+PS+SS+TF-MoM-6, 5; Kummer, K.: 2D+EM+MN+NS+QS-WeA-4, 44 Lee, M.: MI+2D+TF-FrM-6, 67; SS-On AS+BI+CA+LS+NS+SE+SS-TuM-4, 20; AS-ThP- Kundu, S.: AP-On Demand-4, 72; AP-On Demand-10, 77; SS-On Demand-9, 77 17, 63 Demand-7, 72; PS-On Demand-7, 76; Lee, S.: 2D-On Demand-3, 72; TF-On Demand- Liang, Y.: MN-On Demand-1, 75; MN-On SS+HC-TuP-12, 35 1, 78 Demand-7, 75; MN-On Demand-8, 75; MN- Kunin, A.: SS+HC-TuP-14, 35 Lee, W.: BI+NS-WeM-2, 39; PS-ThP-2, 64; On Demand-9, 75 Kunz, E.: VT+PS-TuM-12, 25 TF+2D+AP+SS-ThA-1, 62; TF-TuP-10, 36 Liao, M.: SE+MN+PS+TF-WeA-4, 49 Kushner, M.: PS+SE-FrM-5, 69; PS-MoM-6, 9; Lee, Y.: PS-WeA-3, 48 Liao, W.: HC+SS-TuA-1, 30 PS-On Demand-2, 76; PS-WeA-1, 48; PS- Leenheer, A.: AP-On Demand-9, 72 Licence, P.: AS+BI+CA+LS+SS-MoA-8, 12 WeA-2, 48 Lefevre, G.: AP+2D+EM+MN+PS+TF-MoM-1, Liddle, J.: NS+AP+BI+MI+SM-TuA-9, 32 Kuwahara, K.: PS-On Demand-1, 76 5 Lietz, A.: PS-MoM-3, 9; PS-ThP-4, 64 Kyuno, K.: TF-On Demand-17, 78 Legut, D.: AC+AS-WeM-10, 37 Lii-Rosales, A.: AP+PS+TF-WeM-5, 38 Kyvala, L.: AC+AS-WeM-10, 37 Lehmann, S.: SS-On Demand-16, 77 Likith, S.: 2D+EM+HC+NS+QS+TF-TuA-10, 27 — L — Lehnert, K.: NS+MN+QS+SM+SS-TuM-5, 22 Lill, T.: AP+PS+TF-WeM-1, 38; AP-TuP-6, 34; La Mendola, D.: SM+AS+BI+CA+MI+SS-TuM- Lei, W.: BI-MoM-1, 6 TF+EM-TuM-5, 24 4, 23; SM+AS+BI+CA+MI+SS-TuM-5, 23; SM- Lei, X.: AP+EL+MS+NS+SS+TF-TuM-12, 19 Lim, E.: PS-ThP-13, 64 On Demand-1, 77 Leibrandt, D.: VT-WeM-5, 42 Lim, J.: SE-ThP-3, 64 La, N.: BI-MoM-2, 6 Leick, N.: AS+BI+CA+LS+NS+SE+SS-MoM-8, 6 Lim, N.: TF+2D+AP+SS-ThA-6, 62 LaBella, A.: BI-MoM-4, 6 Leitao, S.: NS+AP+BI+SS-ThM-13, 55 Lin, F.: HC+SS-ThM-10, 54 Lach, T.: AS+BI+CA+LS+SS-TuA-2, 31 Leite, M.: NS+AS+BI+EM+LD+SS-WeA-9, 47 Lin, J.: SE+MN+PS+TF-WeA-11, 49 LaFollette, D.: TF-TuP-4, 36 Lemaire, P.: AP+PS+TF-WeM-1, 38; Lin, T.: AC+LS+MI-FrM-12, 66 LaGasse, S.: EM+PS+TF-TuA-10, 28 TF+AP+SS-ThM-3, 53 Lin, W.: NS+MN+QS+SM+SS-TuM-4, 22 Lahiri, N.: AC-On Demand-2, 72 Lenahan, P.: CA+2D+AS+MN+SE+SM+SS-FrM- Lin, X.: AS-On Demand-16, 73 Lahiri, N.: SS+CA+HC+NS+TF-TuA-10, 30 11, 67; EM+BI+NS+PS+TF-MoA-6, 14; Lindblad, D.: SE+MN+PS+TF-WeA-9, 49 Lahiri, N.: SS-On Demand-6, 77 QS+2D+EM+MN-FrM-3, 70 Lindenberg, A.: EM+PS+TF-TuA-7, 28; NS-ThP- Lahti, G.: TF-On Demand-2, 78 Lenert, A.: TF+AP-FrM-8, 71 2, 64 Lai, R.: SS+CA+HC+NS+TF-TuA-11, 30 Lenert-Mondou , C.: UN-ThP-4, 64 Lindgren, F.: AS+BI+CA+LS+NS+SE+SS-MoM- Lai, Y.: BI-MoA-5, 13 Leng, C.: TF+BI+EM-MoM-3, 10 3, 6

Author Index 88 Bold page indicates presenter Author Index

Lindner, J.: MI-On Demand-1, 75 — M — Mark, L.: HC+2D+NS+SS+TF-MoA-11, 14 Linford, M.: AS+BI+CA+LS+NS+SE+SS-TuM-11, M. Oppeneer, P.: AC-On Demand-3, 72 Marohn, J.: MN+2D+NS+QS-WeA-1, 47 20; AS+BI+CA+LS+SS-TuA-8, 31; AS-ThP-4, Ma, S.: PS-MoM-4, 9 Marques, E.: AP+2D+EM+MN+PS+TF-MoM-6, 63 Ma, Y.: MI+2D+TF-FrM-9, 67 5 Linke, H.: NS+AS+BI+EM+LD+SS-WeA-4, 47 Maccallini, E.: VT+PS-TuM-13, 25; VT+PS- Martin, N.: EM+BI+MI+MN+NS+PS+TF-MoM- Lipa, D.: PS-MoM-9, 9 TuM-3, 25 8, 7; LS-On Demand-3, 75 Little, B.: QS+2D+EM+MN-FrM-6, 70 Macco, B.: TF+EM-TuM-3, 24 Martinez, E.: AS+BI+CA+LS+SS-MoA-6, 12 Littrell, K.: MI+2D+TF-FrM-6, 67 MacDougall, G.: MI+2D+TF-FrM-6, 67 Martinez, S.: CA+2D+AS+MN+SE+SM+SS-FrM- Litwin, P.: EM+MI-WeA-4, 45 Machado-Arruda, L.: 2D+EM+MN+NS+QS- 6, 67 Liu, A.: NS+AS+BI+EM+LD+SS-WeA-2, 47 WeA-4, 44 Martinez, T.: AC-On Demand-1, 72 Liu, C.: AS+BI+CA+LS+SS-ThA-2, 58 Mack, P.: AS-On Demand-18, 73; AS-On Martini, A.: TF+EM-TuM-11, 24 Liu, D.: NS-ThP-4, 64 Demand-4, 73; EW-TuL-5, 26 Martinson, A.: AP+EL+MS+NS+SS+TF-TuM-5, Liu, E.: PS+EM-WeM-5, 41 Mackus, A.: PS-FrM-10, 69; TF+AP+SS-ThM-4, 19; NS+BI+SS+TF-FrM-4, 68; TF+2D+AP+SS- Liu, F.: EL+TF-MoM-4, 7 53; TF+EM-TuM-4, 24 ThA-5, 62 Liu, G.: VT-WeM-3, 42 Maddumapatabandi, T.: Martinu, L.: PS-On Demand-18, 76 Liu, P.: HC+SS-TuA-1, 30 SS+AP+AS+HC+LD+SE+TF-MoA-9, 16 Martirez, J.: PS+EM-WeM-2, 41 Liu, T.: TF+HC+SS-TuA-9, 29 Madhavan, V.: NS+MI+QS+SS-WeM-10, 41 Maruyama, B.: AS+BI+CA+LS+NS+SE+SS-TuM- Liu, X.: MI+2D+TF-FrM-11, 67; NS-On Maeda, K.: AP-On Demand-2, 72; PS-On 2, 20 Demand-11, 75 Demand-4, 76; PS-WeA-3, 48 Marzo, T.: SM+AS+BI+CA+MI+SS-TuM-4, 23; Liu, Y.: Maeda, T.: TF-On Demand-9, 78 SM+AS+BI+CA+MI+SS-TuM-5, 23; SM-On CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Maes, J.: TF+EM-TuM-4, 24 Demand-1, 77 3, 59; NS+AS+BI+EM+LD+SS-WeA-4, 47; SS- Maguire, P.: PS+SE-FrM-9, 69 Mascaraque, A.: AS-On Demand-10, 73 On Demand-16, 77; TF+2D+AP+SS-ThA-6, Mahapatra, S.: NS-ThP-4, 64; Mashita, T.: PS-On Demand-15, 76 62; TF+BI+EM-MoM-9, 10 SS+2D+AP+BI+NS+TF-ThA-4, 62 Mason , T.: NS+MN+QS+SM+SS-TuM-12, 22 Liu, Z.: TF+HC+SS-TuA-9, 29 Mahat, R.: MI+2D+TF-FrM-5, 67 Mason, S.: HC+SS-WeM-5, 40 Livengood, R.: HI-ThA-3, 59; HI-ThA-6, 59 Mahdavi-Shakib, A.: HC+SS-WeM-10, 40 Mastel, S.: NS+BI+SS+TF-FrM-3, 68 Loeffler, T.: NS+BI+SS+TF-FrM-4, 68 Maher, H.: PS+AS+BI+EM+SS-TuM-3, 22 Masuzaki, S.: VT+PS-TuM-3, 25 Loemker, P.: CA+2D+AS+MN+SE+SM+SS-FrM- Maibach, J.: AS+BI+CA+LS+NS+SE+SS-MoM-2, Mathur, A.: SS+HC-TuP-11, 35 5, 67 6; AS+BI+CA+LS+NS+SE+SS-MoM-3, 6 Matruglio, A.: CA-ThP-3, 63 Loire, S.: NS+MN+QS+SM+SS-TuM-13, 22 Maier, K.: PS-WeA-9, 48 Matsui, M.: PS-On Demand-1, 76 Long, J.: QS+EM+SS-ThM-6, 53 Maier, U.: VT-TuP-4, 36 Matsuo, J.: HI2-ThM-10, 52 Lopez, D.: NS+BI+SS+TF-FrM-4, 68 Main, D.: PS-MoM-5, 9 Matsuo, K.: PS-On Demand-24, 76 López, D.: NS-On Demand-6, 75 Maira, N.: PS-ThP-5, 64 Matthews, B.: AS-On Demand-19, 73 Lopez, N.: HC+SS-TuM-1, 21 Majchrzak, P.: 2D+EM+NS+PS+QS-ThM-3, 50 Matvejeff, M.: SM+AS+BI+CA+MI+SS-TuM-3, Lordi, V.: QS-On Demand-2, 77 Majikes, J.: NS+AP+BI+MI+SM-TuA-9, 32 23; TF+AP+MN+SS-WeM-13, 42 Lorenz, M.: AS+AC+BI+CA-WeM-4, 38 Major, G.: AS+BI+CA+LS+SS-TuA-8, 31; AS- Mauger, S.: AS+BI+CA+LS+NS+SE+SS-MoM-9, Losego , M.: TF+BI+EM-MoM-9, 10 ThP-4, 63 6 Losego, M.: TF+BI+EM-MoM-10, 10; Maksymovych, P.: 2D+EM+MN+NS+QS-WeA- Mauze, A.: EL-On Demand-2, 74 TF+BI+EM-MoM-3, 10; TF+BI+EM-MoM-5, 11, 44; AS-ThP-9, 63; NS-ThP-5, 64 Maxwell, E.: SS-On Demand-13, 77 10; TF+BI+EM-MoM-8, 10; TF-TuP-2, 36 Malamud, Z.: HI-ThA-3, 59 Mayergoyz, I.: MI+2D+TF-ThM-3, 55 Losurdo, M.: EL-MoA-1, 13 Malet, L.: SM-On Demand-2, 77 Mayr, S.: MI-On Demand-1, 75 Lotz, C.: PS2-TuA-9, 33 Maletinsky, P.: MI+2D+TF-ThM-4, 55 Mayrhofer, P.: SE+BI+SS-ThM-1, 56; Lou, B.: SE-On Demand-2, 77 Malik, S.: TF+AP+SS-ThM-2, 53 SE+BI+SS-ThM-4, 56 Loubet, N.: NS+AP+BI+MI+SM-TuA-4, 32; PS- Malik, T.: HI-ThA-3, 59 Mazumdar, D.: TF+2D+MI-MoA-3, 17 On Demand-28, 77 Malinowski, K.: TF+BI+EM-MoM-10, 10 Mbaye, M.: 2D+EM+LD+SS-ThA-6, 57 Love, J.: EL-MoA-5, 13; EL-TuP-5, 34 Mamaluy, D.: AP+2D+HI+MN+MS+PS+SS+TF- McArthur, S.: BI-On Demand-3, 73 Lu, D.: HC+2D+NS+SS+TF-MoA-11, 14 TuA-10, 28 McCabe, R.: HC+AS+CA+LS+SS-MoM-8, 8 Lu, P.: SS-On Demand-1, 77 Mameli, A.: AP-On Demand-8, 72 McCarver, G.: SS+HC-TuP-11, 35 Lu, T.: AP-On Demand-10, 72; AP-On Mamidala, S.: EM+PS+TF-TuA-3, 28 McChesney, J.: SS-On Demand-15, 77 Demand-9, 72; QS+EM+SS-ThM-3, 53; SS- Manassero, P.: VT-MoA-4, 18 McClain, J.: MN-On Demand-5, 75 On Demand-1, 77 Mane, A.: TF-On Demand-23, 78 McCormick, R.: HC+AS+CA+LS+SS-MoM-11, 8 Lu, W.: HC+2D+NS+SS+TF-MoA-4, 14 Mangolini, F.: AS+BI+CA+LS+NS+SE+SS-TuM- McCreary, K.: 2D+AP+BI+HC+NS+PS+SS+TF- Lu, Y.: BI-MoA-4, 13; 4, 20; AS-ThP-17, 63 FrM-4, 66; 2D+EM+MN+NS+QS-WeA-3, 44; CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- Mangolini, L.: PS+AS+BI+EM+SS-TuM-10, 22; 2D+HC+MN+NS+SS-TuM-13, 19 6, 54 TF-TuP-12, 36 McDonnell, S.: EM+BI+NS+PS+TF-MoA-2, 14; Luck, C.: TF-TuP-9, 36 Manini, P.: VT+PS-TuM-13, 25; VT+PS-TuM-3, EM+MI-WeA-4, 45; EM+TF-TuM-6, 21; Ludwig, K.: AP-TuP-1, 34 25 TF+HC+SS-TuA-7, 29 Luepke, F.: NS+MI+QS+SS-WeM-4, 41 Mankey, G.: MI+2D+TF-FrM-4, 67; MI+2D+TF- McDow, J.: MN-On Demand-4, 75; MN-On Luhman, D.: QS+EM+SS-ThM-3, 53 FrM-5, 67 Demand-5, 75 Luijkx, T.: VT-MoM-8, 11 Mann, J.: AS+BI+CA+LS+SS-MoA-4, 12; AS- McElderry, A.: VT-MoA-8, 18 Luna, J.: EM-TuP-5, 34 ThP-5, 63; BI-TuP-3, 34 McElearney, J.: EL+TF-MoM-6, 7 Lundin, D.: SE+MN+PS+TF-WeA-1, 49 Manno, H.: TF+BI+EM-MoM-5, 10 McElwee-White, L.: SS+CA+HC+NS+TF-TuA-3, Lundwall, M.: AS+BI+CA+LS+SS-MoA-5, 12 Mannsfeld, S.: SS+2D+AP+BI+NS+TF-ThA-5, 30; TF+2D+AP+SS-ThA-4, 62 Luo, D.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 62 McEwen, J.: HC+AS+CA+LS+SS-MoM-4, 8; Luo, X.: VT+PS-TuM-13, 25; VT-TuA-4, 27 Mansouri, S.: TF+BI+EM+MI-MoM-3, 10 HC+SS-TuM-10, 21 Luo, Z.: LD-TuP-1, 34 Manzo, S.: TF+SS-FrM-11, 71 McFadden, A.: TF+SS-FrM-7, 71 Luscher, W.: AS-On Demand-19, 73 Mao, Z.: HC+2D+NS+SS+TF-MoA-3, 14 McGillivray, S.: BI-MoM-2, 6 Lushtak, Y.: VT-TuA-11, 27; VT-TuA-3, 27 Mara, M.: LS-TuP-1, 35 McGuiness, C.: TF+AP-MoA-2, 17 Lussier, D.: LS-TuP-1, 35 Marbach, H.: NS-On Demand-15, 76 McGuinness, E.: TF+BI+EM-MoM-3, 10; Lutker-Lee, K.: PS-On Demand-5, 76 Marchack, N.: PS-FrM-4, 69 TF+BI+EM-MoM-5, 10; TF-TuP-2, 36 Luu, N.: AS+BI+CA+LS+NS+SE+SS-MoM-5, 6 Margot, J.: TF+BI+EM+MI-MoM-3, 10 McGuinness, H.: QS+2D+EM+MN-FrM-6, 70 Lyanda-Geller, Y.: MI+2D+TF-ThM-5, 55 Marinick, G.: MN+2D+NS+QS-WeA-7, 47 McGuire, G.: AS+BI+CA+LS+SS-TuA-7, 31 Lyding, J.: 2D+HC+MN+NS+SS-TuM-4, 19 Marinov, D.: AP-On Demand-7, 72 McIntee, O.: TF+AP-MoA-6, 17 Lyle, L.: EM+TF-TuM-10, 21 Mariotti, D.: PS+SE-FrM-9, 69; McKay, F.: HC+SS-ThM-12, 54 SM+AS+BI+CA+MI+SS-TuM-10, 23

Author Index 89 Bold page indicates presenter Author Index

McLamb, M.: EL+TF-MoM-5, 7; Mitchell, J.: AC-On Demand-1, 72 Muir, M.: HC+SS-TuA-8, 30; SS+CA+TF-MoM- TF+BI+EM+MI-MoM-5, 10; TF-TuP-3, 36 Mittel, H.: NS+AP+BI+SS-ThM-12, 55 5, 9 McLeod, A.: TF+EM-WeA-2, 49; TF-On Miura, M.: PS-WeA-3, 48 Mujica, M.: EM+BI+MI+MN+NS+PS+TF-MoM- Demand-10, 78 Miwa, J.: 2D+EM+NS+PS+QS-ThM-3, 50 8, 7 McMillan, A.: SS+CA+HC+NS+TF-TuA-4, 30 Miyake, M.: PS-On Demand-14, 76 Mukherjee, N.: EM+PS+TF-TuA-8, 28 McNeary, W.: SE+MN+PS+TF-WeA-9, 49; TF- Miyazoe, H.: PS+EM-WeM-4, 41; PS-FrM-7, Mulckhuyse, W.: VT-MoM-8, 11 On Demand-2, 78 69; PS-FrM-8, 69 Mullapudi, K.: TF+AP+MN+SS-WeM-5, 42 McRae, C.: QS+EM+MN-WeA-11, 48; Mize, C.: HC+2D+NS+SS+TF-MoA-1, 14; UN- Müller, M.: AS+SS-WeA-3, 44 QS+EM+SS-ThM-6, 53; TF+SS-FrM-7, 71 ThP-14, 65 Mulvany, O.: VT-MoA-8, 18 Mears, L.: BI-On Demand-1, 73; BI-On Mletschnig, K.: HI-ThA-1, 59 Mun, B.: AS+SS-WeA-11, 44 Demand-6, 73 Mo, S.: 2D+MI-MoA-8, 12 Munday, J.: NS+MN+QS+SM+SS-TuM-1, 22 Meckenstock, R.: MI-On Demand-5, 75 Mo, Y.: AP+2D+HI+MN+MS+PS+SS+TF-TuA-9, Muñiz Cano, B.: 2D-On Demand-8, 72 Medaglini, D.: BI-On Demand-4, 73 28 Muñoz, A.: EM-TuP-4, 34; EM-TuP-5, 34 Mededovic Thagard, S.: PS2-TuA-7, 33 Mock, A.: EL-MoA-4, 13; EL-On Demand-2, 74 Muñoz-Rojas, D.: EM+MI-WeM-5, 39 Medina, S.: AS+BI+CA+LS+NS+SE+SS-MoM- Moeini, B.: AS-ThP-3, 63; AS-ThP-4, 63 Munsch, M.: MI+2D+TF-ThM-4, 55 10, 6; AS+BI+CA+LS+NS+SE+SS-MoM-9, 6 Moffitt, C.: 2D-TuP-3, 34; AS-On Demand-14, Mura, M.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Medjanik, K.: LS-TuP-4, 35 73; EW-TuL-4, 26 25 Medlin, W.: HC+2D+NS+SS+TF-MoA-11, 14 Mogonye, J.: SE+AS+LS+MN+SS-ThA-3, 61 Muramoto, S.: AS-On Demand-9, 73 Mehta, S.: PS-FrM-5, 69 Mohabir, A.: EM+BI+MI+MN+NS+PS+TF- Murase, T.: VT+PS-TuM-3, 25 Mei, F.: SS-On Demand-5, 77 MoM-8, 7 Muratore, C.: BI-TuA-3, 32; Meier, M.: HC+SS-TuM-11, 21 Mohammad, A.: AS-ThP-10, 63; PS+AP+TF- SE+AS+LS+MN+SS-ThA-4, 61 Meli, L.: NS+AP+BI+MI+SM-TuA-4, 32; PS-On ThM-3, 56; PS-On Demand-25, 76 Muratore, M.: BI-TuA-3, 32 Demand-5, 76 Mohan, J.: TF-TuP-13, 36 Murdzek, J.: AP+PS+TF-WeM-3, 38 Mendez, J.: AP+2D+HI+MN+MS+PS+SS+TF- Moheimani, S.: NS+AP+BI+MI+SM-TuA-10, Murillo, B.: NS-ThP-1, 63 TuA-10, 28; AP-On Demand-10, 72 32; NS-On Demand-12, 75 Murphy, R.: MN+2D+NS+QS-WeA-11, 47 Meng, K.: MI+2D+TF-FrM-9, 67 Moher, D.: EM+TF-TuM-1, 21 Murugaiah, A.: VT-TuP-5, 36 Menk, L.: MN-On Demand-5, 75 Mohite, A.: EL+TF-MoM-4, 7 Murugesan, V.: AS-On Demand-15, 73 Menzel, A.: LS+CA+MI+SE+SS-WeM-1, 40 Mohney, S.: AP-TuP-5, 34; EM+TF-TuM-5, 21 Muscher, P.: EM+PS+TF-TuA-7, 28 Merche, D.: PS+SE-FrM-12, 69; SM-On Mohseni, K.: 2D+EM+NS+PS+QS-ThM-4, 50 Music, D.: AS+HC+PS+SE+SM-ThA-4, 58 Demand-2, 77 Moinpour, M.: TF+EM-WeA-2, 49 Mussenbrock, T.: PS-On Demand-27, 77 Merkel, M.: 2D-TuP-1, 34; MI+2D+TF-FrM-12, Moirangthem, I.: SE-On Demand-2, 77 Mutton, Z.: EM+MI-WeM-2, 39 67 Moldovan, N.: NS-On Demand-6, 75 Mutzke, N.: MI-On Demand-3, 75 Merkx, M.: TF+AP+SS-ThM-4, 53 Molesan, A.: BI-MoM-4, 6 Muzzio, R.: 2D+EM+NS+PS+QS-ThM-3, 50 Merrett, J.: EM-TuP-3, 34 Molina, A.: AP-TuP-5, 34; EM+TF-TuM-5, 21 Myers, T.: TF+AP-FrM-9, 71; TF+AP-MoA-6, Messina, L.: SM-TuP-2, 35 Molina, D.: HC+SS-TuA-8, 30 17; TF-On Demand-4, 78 Metavarayuth, K.: SS+HC-TuP-11, 35 Molis, S.: TF+EM-TuM-12, 24 Myers-Ward, R.: SE-On Demand-1, 77 Metavaryuth, K.: SS+AP+AS+HC+LD+SE+TF- Molkenboer, F.: VT-MoM-8, 11 — N — MoA-9, 16 Monfil, K.: EM-TuP-4, 34; EM-TuP-5, 34 Najafi, F.: NS-On Demand-3, 75 Mettler, J.: PS-ThP-8, 64 Monimun , M.: AS-ThP-6, 63 Najmaei, S.: EM+BI+NS+PS+TF-MoA-2, 14 Metzler, D.: PS-WeA-7, 48 Montemore, M.: HC+SS-TuA-12, 30 Nakada, H.: PS-On Demand-16, 76 Mewes, C.: MI+2D+TF-WeA-11, 46 Montero, D.: PS-On Demand-9, 76 Nakamoto, S.: PS-On Demand-3, 76 Meyer, D.: TF+EM-WeA-10, 49; TF+EM-WeA- Moon, J.: NS-ThP-1, 63 Nakamura, J.: HC-On Demand-3, 74 9, 49 Moore, C.: MN-On Demand-6, 75 Nakamura, K.: PS-ThA-5, 60 Meyer, M.: LS-TuP-1, 35 Moore, D.: AC-On Demand-1, 72 Nakamura, M.: SS-On Demand-4, 77 Meyer, T.: PS-On Demand-10, 76 Moraes, V.: SE+BI+SS-ThM-1, 56 Nakamura, S.: EM+TF-TuM-2, 21; PS-On Meyerheim, H.: 2D+EM+NS+PS+QS-ThM-4, Morales, A.: EM-TuP-5, 34 Demand-9, 76 50 Morales, F.: EM-TuP-5, 34 Nakano, T.: PS-On Demand-14, 76 Michalak, D.: CA+2D+AS+MN+SE+SM+SS- Morales-Collazo, O.: AS+BI+CA+LS+NS+SE+SS- Nallan, H.: AP+2D+EM+MN+PS+TF-MoM-3, 5 FrM-11, 67 TuM-4, 20 Nam, S.: PS-On Demand-2, 76; PS-ThA-2, 60; Michalsky, T.: EL-TuP-1, 34 Moras, P.: AS-On Demand-10, 73 PS-ThA-3, 60; PS-WeA-1, 48; PS-WeA-2, 48 Michel, E.: PS+SE-ThA-3, 60 Moreau, L.: AC+LS-ThA-3, 57 Namboodiri, P.: NS+AP+BI+SS-ThM-3, 55 Michely, T.: 2D+EM+MN+NS+QS-WeA-4, 44 Moreno, F.: EL-MoA-1, 13 Namgoong, S.: PS-ThP-14, 64 Micronov, A.: PS+AP+TF-ThM-11, 56 Moreno, M.: EM-TuP-4, 34 Narayan, S.: AS-On Demand-17, 73; AS-On Mignot, Y.: PS+EM-WeM-5, 41 Mori, k.: PS-On Demand-15, 76 Demand-5, 73; BI-On Demand-2, 73; BI-On Miki, M.: VT-TuP-2, 36 Morihara, D.: PS-On Demand-8, 76 Demand-7, 73 Miki, Y.: VT-TuP-2, 36 Morisaki, T.: VT+PS-TuM-3, 25 Narkowicz, R.: MI-On Demand-1, 75 Mikkelsen, A.: 2D+AP+EM+PS+SS+TF-MoM-6, Morsell, J.: PS+AS+BI+EM+SS-TuM-4, 22; Näsi, M.: TF+AP+MN+SS-WeM-13, 42 5; NS+AS+BI+EM+LD+SS-WeA-4, 47; SS-On PS+SE-FrM-5, 69 Nassiri Nazif, K.: EM-On Demand-7, 74 Demand-16, 77 Mosden, A.: NS+AP+BI+MI+SM-TuA-4, 32; PS- Natalio, F.: NS+AP+BI+SS-ThM-4, 55 Miller, E.: PS-On Demand-5, 76; PS-WeA-7, 48 FrM-7, 69 Natarajan, S.: VT-TuP-5, 36 Miller, P.: TF+BI+EM+MI-MoM-10, 10 Moser, D.: TF+AP+MN+SS-WeM-5, 42; Nathanson, G.: CA+AS+LS+MN+SS+VT-WeA- Miller, R.: TF-On Demand-16, 78 TF+EM-WeA-2, 49 3, 45 Millunchick, J.: SS+2D+AP+PS+TF-TuM-4, 23 Motojima, G.: VT+PS-TuM-3, 25 Naumov, I.: MI+2D+TF-ThM-3, 55 Milosavljevic, V.: PS+SE-ThA-1, 60 Moulton, S.: AS-ThP-2, 63; TF+AP+MN+SS- Nava, G.: TF-TuP-12, 36 Miroshnik, L.: AS+BI+CA+LS+SS-ThA-3, 58; WeM-10, 42 Navarro, L.: BI-TuP-2, 34 QS+EM-ThP-1, 64 Mousley, M.: HI2-ThM-12, 52 Navikas, V.: NS+AP+BI+SS-ThM-13, 55 Mishra, E.: SS+CA+HC+NS+TF-TuA-11, 30 Moxim, S.: EM+BI+NS+PS+TF-MoA-6, 14 Need, R.: LS-On Demand-1, 75 Miskin, M.: 2D+AP+EM+PS+SS+TF-MoM-8, 5 Mráz, S.: AS+HC+PS+SE+SM-ThA-4, 58 Nehra, N.: BI-TuA-2, 32 Misko, V.: HI-ThA-1, 59 Mryasov, O.: MI+2D+TF-FrM-4, 67 Nejati, S.: TF+BI+EM-MoM-4, 10 Misra, D.: CA+2D+AS+MN+SE+SM+SS-FrM-6, Mueller, D.: Nelin, C.: AC-ThP-1, 63; SS+CA+HC+NS+TF- 67 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- TuA-10, 30 Misra, S.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- 5, 59 Nelson, A.: AC+LS-ThA-5, 57 10, 28; AP-On Demand-10, 72; AP-On Mueller, K.: AS-On Demand-15, 73 Nelson, C.: TF+HC+SS-TuA-2, 29 Demand-9, 72; MS+AP+NS+TF-MoM-3, 8; Mueller, T.: NS+MN+QS+SM+SS-TuM-13, 22 Nemsak, S.: SS+SE-FrM-10, 70 SS-On Demand-1, 77 Muhammed, S.: TF+2D+AP+SS-ThA-4, 62

Author Index 90 Bold page indicates presenter Author Index

Nepal, N.: PS-ThP-7, 64; TF+AP+SS-ThM-1, 53; Okamoto, T.: PS-On Demand-3, 76 Pargon, E.: PS+AS+BI+EM+SS-TuM-11, 22; TF+EM-WeA-10, 49; TF+EM-WeA-9, 49 Okumura, T.: PS-On Demand-24, 76 PS+AS+BI+EM+SS-TuM-3, 22; PS-On Netti, P.: SM+BI-TuA-7, 31 Okyay, A.: AS-ThP-10, 63; PS-On Demand-25, Demand-10, 76; PS-On Demand-19, 76; PS- Netzband, C.: PS+EM-WeM-1, 41 76 On Demand-28, 77 Neuenschwander, M.: NS+AP+BI+SS-ThM-6, Olive, D.: AC-On Demand-1, 72 Park, A.: TF+EM-WeA-11, 49 55 Ollefs, K.: 2D+EM+MN+NS+QS-WeA-4, 44; Park, B.: TF+BI+EM+MI-MoM-2, 10 Neumayer, S.: 2D+EM+MN+NS+QS-WeA-11, MI-On Demand-5, 75 Park, C.: PS+EM-WeM-4, 41 44 Olsen, S.: EM+TF-TuM-12, 21 Park, G.: PS+SE-ThA-6, 60 Neupane, M.: AC-On Demand-3, 72 Olsson, R.: MN+2D+NS+QS-ThM-1, 50 Park, J.: 2D-On Demand-13, 72; 2D-On Newberg, J.: AC+LS-ThM-6, 51; AC-On Ondracka, P.: AS+HC+PS+SE+SM-ThA-5, 58 Demand-3, 72; HC-On Demand-5, 74; HC- Demand-1, 72 Ono, L.: NS-On Demand-18, 76 On Demand-6, 74; NS-On Demand-18, 76; Newman, J.: AS+BI+CA+LS+SS-MoA-4, 12; AS- Oo, Z.: BI-On Demand-3, 73 PS-On Demand-17, 76; SS-On Demand-10, ThP-5, 63; BI-TuP-3, 34; EW-TuL-3, 26 Op De Beeck, A.: PS+SE-FrM-12, 69 77; SS-On Demand-11, 77; SS-On Demand- Newsome, E.: VT-MoM-3, 11; VT-MoM-4, 11 Opila, R.: LS+CA+MI+SE+SS-WeM-11, 40 12, 77; SS-On Demand-9, 77 Ney, A.: MI-On Demand-1, 75 O'Reilly, P.: NS-On Demand-14, 76 Park, K.: HC+2D+NS+SS+TF-MoA-4, 14 Ney, V.: MI-On Demand-1, 75 Orgiani, P.: LS+2D+MI+SS-TuA-4, 29 Park, M.: TF+BI+EM+MI-MoM-4, 10 Nguyen, H.: HC+SS-WeM-13, 40 Orlando, T.: SS+HC-TuP-12, 35 Park, S.: AP+EL+MS+NS+SS+TF-TuM-3, 19; Nguyen, T.: PS-On Demand-4, 76 Orlova, T.: MI+2D+TF-FrM-11, 67 EL+TF-MoM-5, 7; EL-MoA-9, 13; EL-TuP-3, Ni, C.: HC+AS+CA+LS+SS-MoM-11, 8 Osechinskiy, S.: NS+MN+QS+SM+SS-TuM-13, 34; NS-On Demand-14, 76; PS+AP+TF-ThM- Nie, B.: EM+PS+TF-TuA-8, 28; EM-On 22 11, 56; PS-ThP-13, 64; QS+EM+SS-ThM-6, Demand-3, 74 Osonkie, A.: SS-On Demand-2, 77 53; TF+BI+EM+MI-MoM-5, 10; TF-TuP-3, 36 Niefind, F.: SS+2D+AP+BI+NS+TF-ThA-5, 62 Osterwalder, J.: Park, Y.: SS-On Demand-12, 77 Nielson, J.: MN+2D+NS+QS-WeA-7, 47 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Parke, T.: SS+HC-TuP-8, 35 Nieto, M.: VT+PS-TuM-12, 25 6, 59; HC+AS+CA+LS+SS-MoM-3, 8; Parkinson, G.: HC+SS-TuM-11, 21; HC+SS- Nikzad, S.: SS+SE-FrM-1, 70; SS+SE-FrM-3, 70 SS+AP+AS+HC+LD+SE+TF-MoA-10, 16; TuM-13, 21; HC+SS-TuM-3, 21; SS+HC-TuP- Nilsen, O.: EM+BI+MI+MN+NS+PS+TF-MoM- SS+HC-TuP-4, 35; SS+HC-TuP-5, 35; SS-On 1, 35; SS+SE-FrM-12, 70 1, 7 Demand-19, 78 Parsons, G.: AP+2D+EM+MN+PS+TF-MoM-5, Nilsson, A.: CA+2D+AS+MN+SE+SM+SS-FrM- O'Sullivan, M.: TF+AP-FrM-9, 71 5; AP-TuP-4, 34; TF+AP-MoA-3, 17 5, 67 Ott, J.: PS-FrM-7, 69 Parsons, M.: VT+PS-TuM-12, 25 Nisar, A.: BI-TuA-2, 32 Otto, I.: NS+AP+BI+MI+SM-TuA-4, 32 Partridge, J.: AP-On Demand-1, 72 Niu, Y.: SS+2D+AP+PS+TF-TuM-11, 23 Overhage, J.: BI-MoM-1, 6 Passeggi (h), M.: AS-ThP-15, 63 Noehring, K.: AS-On Demand-16, 73 Owen, J.: AP+2D+HI+MN+MS+PS+SS+TF-TuA- Pasterski, M.: AS+AC+BI+CA-WeM-4, 38 Noesges, K.: PS-On Demand-27, 77 10, 28; MS-TuP-1, 35; NS+AP+BI+MI+SM- Paszkowiak, M.: SS-On Demand-14, 77; UN- Nordlund, D.: AC+AS-WeM-13, 37; AC-ThP-6, TuA-10, 32; NS-On Demand-12, 75 ThP-12, 65 63 Owen, W.: NS+AP+BI+MI+SM-TuA-10, 32 Patel, D.: PS+AP+TF-ThM-13, 56; PS-ThP-11, Nordquist, C.: EM+TF-TuM-3, 21; MN-On Owrutsky, J.: NS-On Demand-13, 76 64 Demand-4, 75; MN-On Demand-6, 75 Oyewole, D.: EM+MI-WeM-2, 39 Patrone, P.: NS+AP+BI+MI+SM-TuA-9, 32 Nori, F.: HI-ThA-1, 59 Oyewole, O.: EM+MI-WeM-2, 39 Patt, M.: 2D-TuP-1, 34; MI+2D+TF-FrM-12, 67 Northup, T.: QS+EM+MN-WeA-1, 48 Oyler, N.: EM+BI+NS+PS+TF-MoA-3, 14 Patterer, L.: AS+HC+PS+SE+SM-ThA-5, 58 Norton, A.: HC+2D+NS+SS+TF-MoA-2, 14 Oz, E.: CA-On Demand-1, 73 Pattyn, C.: PS-ThP-5, 64 Norton, B.: EL-TuP-3, 34 Ozdoba, H.: CA+2D+AS+MN+SE+SM+SS-FrM- Paudel, J.: LS+2D+MI+SS-TuA-4, 29; LS-TuP-3, Notarstefano, V.: SM-On Demand-1, 77; SM- 6, 67 35 TuP-3, 35 Ozkan, A.: SM-On Demand-2, 77 Paukov, M.: AC+LS-ThA-6, 57 Novosad, V.: MI-On Demand-4, 75 Ozkan, S.: TF+HC+SS-TuA-10, 29 Paul, A.: BI-TuA-2, 32 Novotny, Z.: AS-ThP-14, 63; — P — Paul, D.: AP-TuP-4, 34; BI-TuP-3, 34 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- P. Dravid, V.: LD-TuP-1, 34 Paul, R.: TF-TuP-11, 36 6, 59; HC+AS+CA+LS+SS-MoM-3, 8; P. S. Boyd, K.: SS-On Demand-14, 77 Paulson, N.: TF-On Demand-23, 78 SS+AP+AS+HC+LD+SE+TF-MoA-10, 16; Pachauri, N.: MI+2D+TF-FrM-4, 67 Pavelec, J.: HC+SS-TuM-3, 21; SS+HC-TuP-1, SS+HC-TuP-4, 35 Pacley, S.: EM-TuP-3, 34 35 Nowak, D.: AP+EL+MS+NS+SS+TF-TuM-3, 19; Pakdel, S.: 2D+EM+NS+PS+QS-ThM-3, 50 Payne, M.: MN+2D+NS+QS-WeA-7, 47 NS-On Demand-14, 76 Pakeltis, G.: TF+PS+SE-TuM-6, 24 Pearce, R.: VT+PS-TuM-1, 25 Nowak, S.: AC+AS-WeM-13, 37; AC-ThP-6, 63 Palm, M.: BI-TuM-13, 20 Pearlstein, R.: AP+EL+MS+NS+SS+TF-TuM-12, Nugera, F.: 2D-On Demand-6, 72 Palmstrøm, C.: QS+EM+SS-ThM-1, 53; SS-On 19 Nunney, T.: AS+BI+CA+LS+SS-TuA-8, 31; EW- Demand-16, 77; TF+SS-FrM-7, 71 Pearson, J.: AS-On Demand-10, 73; TuL-5, 26 Palsulich, D.: AS-On Demand-16, 73 MI+2D+TF-FrM-1, 67; MI+2D+TF-FrM-8, 67; Nyby, C.: EM+PS+TF-TuA-7, 28 Panaccione, G.: LS+2D+MI+SS-TuA-4, 29 MI-On Demand-4, 75 Nye, R.: TF+AP-MoA-3, 17 Pancharatnam, S.: NS+AP+BI+MI+SM-TuA-4, Pearson, N.: SS+SE-FrM-4, 70 — O — 32 Pecharsky, V.: AC+LS+MI-FrM-3, 66 Odom, T.: NS+MI+QS+SS-WeM-1, 41 Pandey, D.: 2D+EM+HC+NS+QS+TF-TuA-4, 27 Pecoraro, J.: PS+SE-FrM-10, 69 Odunuga, S.: EM-On Demand-1, 74 Panici, G.: PS-On Demand-21, 76 Pedarnig, J.: HI-ThA-1, 59 Oehrlein, G.: PS-On Demand-13, 76 Panjan, M.: SE+MN+PS+TF-WeA-3, 49 Pedersen, K.: EM-On Demand-5, 74 Ogawa, D.: PS-ThA-5, 60 Pantelides, S.: 2D+EM+MN+NS+QS-WeA-11, Pedowitz, M.: 2D-On Demand-2, 72; SE-On Ogunlude, P.: NS-ThP-7, 64; VT-TuP-3, 36 44 Demand-1, 77 Ohara, A.: 2D+EM+MN+NS+QS-WeA-11, 44 Paolillo, S.: PS-On Demand-6, 76 Pedwitz, M.: 2D-On Demand-3, 72 Ohashi, H.: SS-On Demand-4, 77 Papalia, J.: PS-FrM-8, 69 Peeters, F.: PS2-TuA-11, 33 Ohgaki, T.: SS-On Demand-4, 77 Papanikolaou , K.: HC+SS-TuA-7, 30 Peev, D.: EL-MoA-3, 13 Ohldag, H.: LS+2D+MI+SS-TuA-3, 29; MI-On Pappas, D.: QS+EM+SS-ThM-6, 53; TF+SS- Pei, S.: MN-On Demand-8, 75; MN-On Demand-1, 75; MI-On Demand-4, 75; MI-On FrM-7, 71 Demand-9, 75 Demand-5, 75 Paquette, M.: EM+BI+NS+PS+TF-MoA-3, 14; Pei, Y.: AS-On Demand-1, 72 Ohlhausen, J.: AS+HC+PS+SE+SM-ThA-3, 58 EM-TuP-2, 34; TF+AP+SS-ThM-2, 53; TF-On Pelissier, B.: AP+2D+EM+MN+PS+TF-MoM-1, Ohmori, T.: PS-On Demand-16, 76 Demand-5, 78 5 Ohta, T.: EL+TF-MoM-4, 7 Paranamana, N.: TF+AP-MoA-5, 17; TF-TuP-1, Pemmaraju, C.: EM+PS+TF-TuA-7, 28 Oikawa, N.: PS-On Demand-9, 76 36 Peng, K.: NS-ThP-1, 63 Ok, I.: PS-FrM-5, 69 Parekh, S.: BI-TuA-2, 32 Peng, L.: SM+BI-TuA-1, 31 Okamoto, S.: NS+MI+QS+SS-WeM-4, 41 Peng, Q.: AS-ThP-6, 63; TF+HC+SS-TuA-9, 29

Author Index 91 Bold page indicates presenter Author Index

Peng, W.: AS-On Demand-13, 73; AS-On Demand-3, 74; EM+PS+TF-TuA-9, 28; EM- Randall, J.: AP+2D+HI+MN+MS+PS+SS+TF- Demand-6, 73; BI-On Demand-2, 73; BI-On On Demand-2, 74; LD-TuP-4, 35; TF-TuP-5, TuA-10, 28; MS-TuP-1, 35; Demand-5, 73; BI-On Demand-7, 73 36 NS+AP+BI+MI+SM-TuA-10, 32; NS-On Penmatcha, P.: AS-On Demand-13, 73; AS-On Prager, J.: PS-ThP-4, 64 Demand-12, 75 Demand-6, 73 Prakash, S.: AS-On Demand-17, 73; AS-On Rane, R.: AS-On Demand-7, 73 Pensa, E.: SE+BI+SS-ThM-10, 56 Demand-5, 73; AS-On Demand-7, 73 Ranga, P.: TF+EM-WeA-7, 49 Perkins, K.: 2D+AP+BI+HC+NS+PS+SS+TF-FrM- Preischl, C.: NS-On Demand-15, 76 Rani, A.: 2D+EM+HC+NS+QS+TF-TuA-10, 27 4, 66 Price, K.: TF-On Demand-1, 78 Ranjan, A.: AP-TuP-2, 34 Perrine, K.: CA+AS+LS+MN+SS+VT-WeA-7, 45; Primetzhofer, D.: AS+HC+PS+SE+SM-ThA-4, Ranjan, R.: HC+SS-TuA-11, 30 SS+SE-FrM-10, 70 58 Raschke, M.: NS+AP+BI+SS-ThM-1, 55 Persaud, L.: AC-On Demand-3, 72 Profili, J.: PS-On Demand-18, 76 Rashed, I.: SS-On Demand-2, 77 Pershad, Y.: BI-On Demand-2, 73; BI-On Prünte, S.: TF+AP-FrM-4, 71 Ratchford, D.: NS-On Demand-13, 76 Demand-7, 73 Průša, S.: AS+BI+CA+LS+NS+SE+SS-TuM-11, Rath, D.: SS+HC-TuP-1, 35 Persson, A.: EM+PS+TF-TuA-3, 28 20 Ratsch, C.: 2D-TuP-2, 34 Persson, K.: EM+PS+TF-TuA-3, 28 Prusnick, T.: EM+MI-WeA-3, 45 Rauf, S.: PS-MoM-3, 9; PS-On Demand-20, 76; Pesce, V.: AP+2D+EM+MN+PS+TF-MoM-1, 5 Ptasinska, S.: PS-MoM-9, 9 PS-On Demand-22, 76; PS-On Demand-26, Petek, H.: SS+CA+TF-MoM-8, 9 Puglisi, L.: AS-On Demand-17, 73; AS-On 76 Peterson, J.: TF+AP+MN+SS-WeM-5, 42 Demand-5, 73; AS-On Demand-7, 73; BI-On Ray, K.: QS-On Demand-2, 77 Petit-Etienne, C.: PS+AS+BI+EM+SS-TuM-11, Demand-5, 73 Raza, M.: AS-ThP-13, 63; HI-ThA-3, 59; 22; PS+AS+BI+EM+SS-TuM-3, 22; PS-On Pugmire, A.: AC-On Demand-1, 72 TF+EM-WeA-4, 49; TF-TuP-6, 36 Demand-10, 76; PS-On Demand-19, 76; PS- Pukhov, A.: VT+PS-TuM-5, 25 Razavi, H.: AP-TuP-6, 34; TF+EM-TuM-5, 24 On Demand-28, 77 Puliyalil, H.: PS-On Demand-9, 76 Rebarz, M.: EL-MoA-10, 13 Petitjean, D.: PS+SE-FrM-12, 69; PS+SE-FrM- Pustorino, G.: TF+HC+SS-TuA-4, 29 Reece, C.: HC+AS+CA+LS+SS-MoM-10, 8 2, 69 Puthirath, A.: NS+MN+QS+SM+SS-TuM-3, 22 Reed, A.: EM-TuP-3, 34 Petralia, S.: SM-TuP-3, 35 Pylypenko, S.: AS+BI+CA+LS+NS+SE+SS-MoM- Reeks, J.: BI-MoM-2, 6 Petrova, T.: PS+AS+BI+EM+SS-TuM-12, 22; 10, 6; AS+BI+CA+LS+NS+SE+SS-MoM-6, 6; Regan, D.: BI-TuA-1, 32; BI-TuP-5, 34 PS+SE-FrM-6, 69 AS+BI+CA+LS+NS+SE+SS-MoM-8, 6; Regmi, S.: AC-On Demand-3, 72; MI+2D+TF- Pfeiffer, L.: MI+2D+TF-ThM-5, 55 AS+BI+CA+LS+NS+SE+SS-MoM-9, 6 FrM-5, 67 Pham, A.: NS+MI+QS+SS-WeM-4, 41 — Q — Regner, A.: AS-On Demand-16, 73 Phelan, B.: TF+2D+AP+SS-ThA-5, 62 Qadri, S.: TF+EM-WeA-9, 49 Regoutz, A.: LD+2D+NS+SS-MoA-10, 15 Phillips, J.: UN-ThP-12, 65 Qerimi, D.: PS-On Demand-21, 76 Rehman, F.: SS+2D+AP+PS+TF-TuM-5, 23 Phillips, M.: 2D+EM+MN+NS+QS-WeA-3, 44 Qi, Y.: NS-On Demand-18, 76 Reid, J.: AS+AC+BI+CA-WeM-2, 38 Piacenti, A.: NS+MN+QS+SM+SS-TuM-10, 22 Qian, X.: EM+PS+TF-TuA-7, 28 Reig-i-Plessis, D.: MI+2D+TF-FrM-6, 67 Pilar O'Neill, M.: VT-MoA-8, 18 Quijada, M.: PS-ThP-6, 64 Reilly, D.: AC-On Demand-2, 72 Pile, S.: MI-On Demand-1, 75 Quinn, E.: VT+PS-TuM-1, 25 Reilly, M.: PS+SE-ThA-5, 60 Pinna, N.: AS-ThP-13, 63; TF+EM-WeA-4, 49; Quintana, L.: PS-MoA-3, 16 Reimann, A.: MI-On Demand-3, 75 TF-TuP-6, 36 — R — Reinke, P.: 2D+AP+EM+NS+PS+SS+TF-WeM-4, Pinnepalli, S.: EM+BI+NS+PS+TF-MoA-3, 14 R.Linford, M.: AS-ThP-3, 63 37; SS+2D+AP+PS+TF-TuM-11, 23 Piñon Reyes, A.: TF-TuP-14, 36 Raabe, J.: HC+AS+CA+LS+SS-MoM-3, 8; Reiss, G.: AS-ThP-12, 63; Pinto, G.: AS+BI+CA+LS+SS-TuA-8, 31 SS+AP+AS+HC+LD+SE+TF-MoA-10, 16 EM+BI+MI+MN+NS+PS+TF-MoM-3, 7; LS- Piotrowicz, P.: PS-ThP-9, 64 Raadu, M.: SE+MN+PS+TF-WeA-1, 49 TuP-2, 35 Pipkin, J.: EM+TF-TuM-3, 21 Rabe, K.: TF+SS-FrM-11, 71 Remy, A.: PS+SE-FrM-11, 69; PS-ThP-5, 64 Piskin, T.: PS-WeA-1, 48 Rack, P.: HI-ThP-1, 63; TF+PS+SE-TuM-6, 24; Renault, O.: AS+BI+CA+LS+SS-MoA-6, 12 Pittenger, B.: NS+MN+QS+SM+SS-TuM-13, 22 TF-TuP-7, 36; TF-TuP-9, 36 Reniers, F.: PS+SE-FrM-1, 69; PS+SE-FrM-11, Plaar, E.: 2D+EM+MN+NS+QS-WeA-4, 44 Radenovic, A.: NS+AP+BI+SS-ThM-13, 55 69; PS+SE-FrM-12, 69; PS+SE-FrM-2, 69; PS- Platzer-Björkman, C.: LS-On Demand-3, 75 Rading, D.: AS-ThP-16, 63 On Demand-12, 76; PS-ThP-10, 64; PS-ThP- Plombon, J.: EM+PS+TF-TuA-4, 28; TF+EM- Radue, M.: AP+2D+HI+MN+MS+PS+SS+TF- 5, 64; SM-On Demand-2, 77; SM-TuP-2, 35 TuM-6, 24 TuA-9, 28 Rensberg, J.: TF+BI+EM+MI-MoM-4, 10 Polcik, P.: SE+AS+LS+MN+SS-ThA-6, 61; Radwan, A.: MN+2D+NS+QS-WeA-12, 47 Rensmo, H.: LS-On Demand-3, 75 SE+BI+SS-ThM-1, 56; SE+BI+SS-ThM-11, 56; Rafie Borujeny, E.: TF-On Demand-13, 78; TF- Resch, N.: SS+SE-FrM-12, 70 SE+BI+SS-ThM-4, 56; TF+PS+SE-TuM-5, 24 On Demand-14, 78 Resta, G.: AC+LS+MI-FrM-12, 66 Pollock, J.: SS+AP+AS+HC+LD+SE+TF-MoA-3, Rafsanjani-Abassi, A.: HC+SS-TuM-3, 21 Reticcioli, M.: HC+SS-TuM-11, 21 16 Rafsanjani-Abbasi, A.: HC+SS-TuM-13, 21 Rheinfrank, E.: SS+SE-FrM-12, 70 Polonskyi, O.: PS+SE-FrM-7, 69 Ragogna, P.: TF+AP-MoA-2, 17 Richardson, E.: PS+EM-WeM-4, 41 Ponti, J.: BI-On Demand-4, 73 Rahinov, I.: SS+CA+TF-MoM-6, 9 Richardson, J.: PS-ThP-6, 64 Poodt, P.: AP-On Demand-8, 72; Rahman, M.: LD+HC+SS-WeA-10, 46 Richter, S.: EL-MoA-10, 13 TF+AP+MN+SS-WeM-11, 42; TF+AP-MoA-4, Rahman, T.: SS+2D+AP+PS+TF-TuM-10, 23; Ricker, J.: VT-MoM-10, 11; VT-MoM-11, 11 17 SS+CA+TF-MoM-10, 9 Rickhaus, P.: MI+2D+TF-ThM-4, 55 Pop, E.: EM-On Demand-7, 74 Rai, A.: 2D+EM+HC+NS+QS+TF-TuA-4, 27 Ridgeway, R.: AP+EL+MS+NS+SS+TF-TuM-12, Popp, A.: EM+TF-TuM-10, 21 Raisanen, A.: PS+SE-FrM-5, 69 19 Porcelli, T.: TF+AP+MN+SS-WeM-10, 42 Raja, A.: 2D+EM+MN+NS+QS-WeA-7, 44 Riechers, S.: AC-On Demand-2, 72; AS-On Porter, C.: EM+MI-WeA-7, 45 Raja, L.: TF+AP-FrM-2, 71 Demand-19, 73 Porter, L.: EM+TF-TuM-10, 21; TF+EM-WeA- Raley, A.: PS+EM-WeM-4, 41; PS+EM-WeM-5, Riedl, H.: SE+AS+LS+MN+SS-ThA-6, 61; 11, 49 41; PS-On Demand-5, 76 SE+BI+SS-ThM-11, 56; SE+BI+SS-ThM-5, 56; Portz, A.: AS+AC+BI+CA-WeM-3, 38 Ram, S.: AS-On Demand-6, 73; BI-On TF+PS+SE-TuM-5, 24 Possémé, N.: AP+2D+EM+MN+PS+TF-MoM-1, Demand-2, 73 Riela, L.: SM+AS+BI+CA+MI+SS-TuM-5, 23; 5 Ramanathan, R.: SS+2D+AP+PS+TF-TuM-11, SM-TuP-3, 35 Pourtois, G.: AP-On Demand-3, 72 23 Riney, L.: MI+2D+TF-FrM-11, 67 Powers, M.: HC-ThP-2, 63 Ramanathan, S.: TF+BI+EM+MI-MoM-4, 10 Rios, C.: TF+BI+EM+MI-MoM-10, 10 Prabhakaran, R.: AS-On Demand-11, 73 Ramirez, G.: SE+AS+LS+MN+SS-ThA-1, 61 Ritasalo, R.: SM+AS+BI+CA+MI+SS-TuM-3, 23 Prabhakaran, V.: AS-On Demand-15, 73 Ramm, J.: SE+BI+SS-ThM-5, 56 Riva, M.: HC+SS-TuM-13, 21; HC+SS-TuM-3, Prabhu, M.: 2D-On Demand-4, 72; HC-On Ramos, C.: AP-TuP-3, 34 21; SS+SE-FrM-12, 70 Demand-1, 74 Ramos, M.: AC-On Demand-1, 72 Rivero Arias, M.: EL-TuP-6, 34 Pradhan, S.: 2D+EM+LD+SS-ThA-6, 57; Ramprasad, R.: TF+BI+EM-MoM-9, 10 Rizzolo, M.: PS-FrM-5, 69 AS+BI+CA+LS+NS+SE+SS-TuM-10, 20; EL-On Rana, R.: SE+AS+LS+MN+SS-ThA-5, 61 Roberts, C.: TF+BI+EM+MI-MoM-10, 10

Author Index 92 Bold page indicates presenter Author Index

Robinson, J.: 2D+AP+BI+HC+NS+PS+SS+TF- Sadeghi, I.: TF+SS-FrM-8, 71 Savin, D.: SS+SE-FrM-4, 70 FrM-4, 66; 2D+AP+EM+NS+PS+SS+TF-WeM- Sadhukhan, P.: 2D+EM+HC+NS+QS+TF-TuA-4, Sayler, J.: SS+CA+TF-MoM-4, 9 4, 37; 2D+EM+NS+PS+QS-ThM-3, 50; BI+NS- 27 Scalettar, R.: AC+LS+MI-FrM-12, 66 WeM-2, 39; NS+AP+BI+MI+SM-TuA-3, 32 Sadowski, J.: AS+BI+CA+LS+NS+SE+SS-TuM-4, Schacherl, B.: AC+LS-ThA-4, 57 Robinson, P.: TF+BI+EM+MI-MoM-10, 10 20 Schäfer, T.: HC+SS-WeM-1, 40 Robinson, S.: MN+2D+NS+QS-WeA-11, 47 Saeidi-Javash , M.: PS+SE-FrM-8, 69 Schaff, O.: AS+BI+CA+LS+SS-ThA-2, 58 Robinson, T.: UN-ThP-9, 65 Saeki, A.: QS+EM-ThP-2, 64 Schaffers, T.: MI-On Demand-1, 75 Roca i Cabarrocas, P.: PS-FrM-9, 69 Saglam, H.: MI+2D+TF-FrM-1, 67 Schaible, M.: SS+HC-TuP-12, 35 Rocca, J.: VT+PS-TuM-5, 25 Sah, R.: LS-TuP-3, 35 Schall, J.: SE+AS+LS+MN+SS-ThA-4, 61 Rochat, N.: PS+AS+BI+EM+SS-TuM-11, 22 Saha, B.: TF-On Demand-3, 78 Schamis, H.: VT+PS-TuM-12, 25 Rochet, F.: TF+AP+SS-ThM-13, 53 Sahal, M.: AS-On Demand-13, 73; AS-On Schauble, K.: EM-On Demand-7, 74 Rodriguez , J.: HC-On Demand-4, 74 Demand-17, 73; AS-On Demand-5, 73; AS- Schauermann, S.: HC-On Demand-2, 74 Rodriguez de Marcos, L.: PS-ThP-6, 64 On Demand-6, 73; AS-On Demand-7, 73; BI- Scherschligt, J.: VT-MoA-3, 18; VT-MoM-3, Rodriguez, J.: HC+AS+CA+LS+SS-MoM-5, 8 On Demand-2, 73; BI-On Demand-5, 73; BI- 11; VT-MoM-4, 11; VT-TuP-1, 36 Rodríguez-Sotelo , S.: AS-ThP-15, 63 On Demand-7, 73 Schiess, A.: MN-On Demand-6, 75 Rogalskyj, S.: PS+EM-WeM-4, 41 Sahoo, P.: 2D-On Demand-6, 72 Schiffman, J.: BI-TuP-5, 34 Rogers, C.: HC-On Demand-7, 74; HC-On Sahu, S.: CA+AS+LS+MN+SS+VT-WeA-11, 45 Schilling, A.: HC+AS+CA+LS+SS-MoM-4, 8; Demand-8, 74; SS-On Demand-13, 77 Saidi, W.: HC+SS-TuM-10, 21; LD+HC+SS-WeA-9, 46 Rogge, S.: QS+EM+MN-WeA-3, 48 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- Schirmeisen, A.: NS-On Demand-7, 75 Rohnke, M.: AS+AC+BI+CA-WeM-3, 38 5, 54 Schleicher, F.: PS-On Demand-6, 76 Rojas, G.: SE+MN+PS+TF-WeA-9, 49 Saini, R.: NS+AP+BI+MI+SM-TuA-10, 32 Schleife, A.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Rokhinson, L.: MI+2D+TF-ThM-5, 55 Sakaguchi, I.: SS-On Demand-4, 77 Schlenhoff, A.: MI+2D+TF-WeA-7, 46 Roldan Cuenya, B.: LD+HC+SS-WeA-3, 46 Sakidja, R.: EM+BI+NS+PS+TF-MoA-3, 14 Schlom, D.: TF+SS-FrM-5, 71 Rondinone, A.: LD-On Demand-1, 74 Salagre, E.: AS-On Demand-10, 73 Schlüter, C.: LS-TuP-4, 35 Ronen, I.: HI-ThA-3, 59 Salazar, A.: EM-TuP-4, 34 Schmeidar, K.: EM+MI-WeM-12, 39 Ronning, C.: TF+BI+EM+MI-MoM-4, 10 Salazar, B.: SS+CA+HC+NS+TF-TuA-3, 30 Schmerer, P.: HI1-ThM-1, 52 Ronning, F.: AC+LS+MI-FrM-12, 66 Salem, B.: PS-On Demand-10, 76 Schmid, M.: HC+SS-TuM-13, 21 Roozeboom, F.: AP-On Demand-8, 72 Sales, M.: EM+BI+NS+PS+TF-MoA-2, 14 Schmid, M.: HC+SS-TuM-3, 21 Rosen, B.: HC+SS-ThM-4, 54 Salles, P.: TF+AP+MN+SS-WeM-3, 42 Schmid, M.: SS+HC-TuP-1, 35 Rosenberg, S.: AS+HC+PS+SE+SM-ThA-3, 58; Salman, J.: TF+BI+EM+MI-MoM-4, 10 Schmid, M.: SS+SE-FrM-12, 70 PS-ThP-6, 64; PS-ThP-7, 64 Salmeron, M.: BI-MoA-4, 13; Schmidt, A.: MI-On Demand-2, 75 Rosenberger, M.: 2D+EM+MN+NS+QS-WeA- CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- Schmidt, B.: AS-ThP-5, 63; BI-TuP-3, 34 3, 44; 2D+HC+MN+NS+SS-TuM-13, 19 6, 54 Schmidt, C.: AS-ThP-11, 63; AS-ThP-12, 63; LS- Rosenhek-Goldian, I.: NS+AP+BI+SS-ThM-4, Samarasingha, N.: EL-MoA-8, 13; EL-TuP-5, TuP-2, 35 55; NS+MN+QS+SM+SS-TuM-12, 22 34; EL-TuP-6, 34 Schmidt, M.: HC-On Demand-2, 74 Rosenstraeter, S.: VT-WeM-10, 42 Samassekou, H.: TF+2D+MI-MoA-3, 17 Schmidt-Grund, R.: EL+TF-MoM-1, 7; EL-MoA- Rosenthal, R.: QS+2D+EM+MN-FrM-6, 70 Sandberg, M.: QS+EM+MN-WeA-9, 48 10, 13; EL-TuP-1, 34 Ross, M.: VT-TuA-7, 27 Sandoval, T.: TF+AP+SS-ThM-4, 53 Schmitt, R.: MN-On Demand-5, 75 Rossi, T.: LS-TuP-7, 35 Sanfilippo, V.: SM+AS+BI+CA+MI+SS-TuM-4, Schmucker, S.: AP-On Demand-10, 72; AP-On Rosso, K.: SS+CA+HC+NS+TF-TuA-10, 30; SS- 23; SM-TuP-2, 35; SM-TuP-3, 35 Demand-9, 72; SS-On Demand-1, 77 On Demand-6, 77 Sang, X.: PS+EM-WeM-2, 41; TF+2D+AP+SS- Schnadt, J.: 2D+AP+EM+PS+SS+TF-MoM-6, 5; Rostaminia, S.: TF-On Demand-12, 78 ThA-6, 62 SS+2D+AP+PS+TF-TuM-5, 23; TF+AP+SS- Rothenbach, N.: 2D+EM+MN+NS+QS-WeA-4, Sankaran, R.: PS+SE-FrM-9, 69 ThM-13, 53 44 Sankaranarayanan, S.: NS+BI+SS+TF-FrM-4, Schneider, C.: Rothi, S.: EM+PS+TF-TuA-8, 28 68 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- Rousseau, R.: CA-On Demand-3, 74 Santinacci, L.: PS+AP+TF-ThM-12, 56; TF+AP- 5, 59 Rousselot, S.: PS-On Demand-18, 76 FrM-10, 71 Schneider, D.: SS-On Demand-3, 77; SS-On Routzahn, A.: AP+PS+TF-WeM-1, 38 Santini, R.: AP+2D+HI+MN+MS+PS+SS+TF- Demand-7, 77 Roy Barman, S.: 2D+EM+HC+NS+QS+TF-TuA- TuA-10, 28; NS+AP+BI+MI+SM-TuA-10, 32 Schneider, J.: AS+HC+PS+SE+SM-ThA-4, 58; 4, 27; SS+HC-TuP-6, 35 Santos, D.: PS+EM-WeM-5, 41 AS+HC+PS+SE+SM-ThA-5, 58; SE+BI+SS- Roy, A.: HC+SS-ThM-12, 54; PS-MoM-4, 9 Santos, G.: EL-MoA-1, 13 ThM-3, 56 Roy, L.: AC+LS+MI-FrM-9, 66 Santos, T.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Schneider, P.: AS+AC+BI+CA-WeM-3, 38 Roy, S.: HC+2D+NS+SS+TF-MoA-1, 14; Sapkota, Y.: TF+2D+MI-MoA-3, 17 Schneller, E.: EM+MI-WeA-3, 45 TF+EM-WeA-7, 49; UN-ThP-14, 65 Saraf, I.: PS-FrM-5, 69 Schobert, A.: 2D+EM+MN+NS+QS-WeA-4, 44 Ruano-Sandoval, G.: AS-ThP-15, 63 Saraswat, K.: EM-On Demand-7, 74 Schönhense, G.: LS+2D+MI+SS-TuA-11, 29; Ruckhofer, A.: 2D-On Demand-11, 72 Saraswat, V.: TF+SS-FrM-11, 71 LS-TuP-4, 35; SS+HC-TuP-14, 35 Ruder, A.: EL-MoA-3, 13 Saritas, K.: 2D+AP+EM+NS+PS+SS+TF-WeM-2, Schönhoff, G.: 2D+EM+MN+NS+QS-WeA-4, Rudolph, M.: SE+MN+PS+TF-WeA-1, 49 37; 2D+AP+EM+NS+PS+SS+TF-WeM-3, 37 44 Ruehl, G.: HC+SS-ThM-3, 54 Sarkar, D.: EM-On Demand-8, 74 Schreck, M.: HC+AS+CA+LS+SS-MoM-3, 8 Rulis, P.: EM+BI+NS+PS+TF-MoA-3, 14 Sarkar, S.: 2D+EM+HC+NS+QS+TF-TuA-4, 27; Schreiber, D.: AS+BI+CA+LS+SS-TuA-2, 31 Rummel, B.: AS+BI+CA+LS+SS-ThA-3, 58; SS+HC-TuP-6, 35 Schroeder, C.: HC-On Demand-2, 74 QS+EM-ThP-1, 64 Sartori, E.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Schubert, E.: EL-MoA-3, 13; EL-On Demand-1, Rumptz, J.: HC+SS-ThM-3, 54 25 74 Rustumji, B.: VT-MoM-8, 11 Sato, H.: MI+2D+TF-FrM-4, 67 Schubert, M.: EL-MoA-3, 13; EL-MoA-4, 13; Ruyack, A.: MN-On Demand-4, 75; MN-On Sato, T.: SE+AS+LS+MN+SS-ThA-4, 61 EL-On Demand-1, 74; EL-On Demand-2, 74; Demand-6, 75 Satriano, C.: PS-ThP-10, 64; EL-TuP-2, 34 Ruzic, D.: HC+SS-ThM-4, 54; PS+AP+TF-ThM- SM+AS+BI+CA+MI+SS-TuM-4, 23; Schultz, C.: SS+CA+HC+NS+TF-TuA-11, 30 13, 56; PS-On Demand-21, 76; PS-ThP-11, SM+AS+BI+CA+MI+SS-TuM-5, 23; SM-On Schultz, J.: 2D+HC+MN+NS+SS-TuM-3, 19; 64; PS-ThP-8, 64; PS-ThP-9, 64; TF+PS+SE- Demand-1, 77; SM-On Demand-2, 77; SM- NS-ThP-4, 64; SS+2D+AP+BI+NS+TF-ThA-4, TuM-3, 24 TuP-2, 35; SM-TuP-3, 35 62 Ryu, S.: TF+AP-FrM-2, 71 Sattler, K.: AS-ThP-12, 63; LS-TuP-2, 35 Schulze, R.: AC+AS-WeM-5, 37 — S — Saturday, L.: TF-TuP-9, 36 Schumann, J.: HC+SS-TuA-7, 30 S. Chang, C.: TF-On Demand-9, 78 Saucedo, E.: TF-On Demand-1, 78 Schumann, T.: NS+AP+BI+MI+SM-TuA-3, 32 Sabens, D.: VT-TuP-5, 36 Saugen, J.: EM+TF-TuM-3, 21 Schürmann , M.: HI1-ThM-1, 52 Sacchi, M.: 2D-On Demand-11, 72 Saulnier, N.: PS-FrM-5, 69 Schwan, J.: PS+AS+BI+EM+SS-TuM-10, 22

Author Index 93 Bold page indicates presenter Author Index

Schwartz, T.: HC+SS-WeM-10, 40 Shim, S.: PS-On Demand-2, 76 Smith, C.: PS-ThA-3, 60; VT+PS-TuM-1, 25; Schwarz, T.: BI-MoM-1, 6 Shimanovich , U.: NS+MN+QS+SM+SS-TuM- VT+PS-TuM-12, 25; VT-WeM-12, 42 Schwarz, U.: NS-On Demand-17, 76 12, 22 Smith, R.: TF+2D+MI-MoA-5, 17; TF+BI+EM- Schwarzer, D.: SS+CA+TF-MoM-6, 9 Shin, J.: PS+SE-ThA-6, 60; PS-MoM-11, 9 MoM-8, 10 Schwarzkopf, A.: HI-On Demand-1, 74 Shinoda, K.: AP-On Demand-2, 72; PS-On Smith, S.: EL+TF-MoM-4, 7; EM-On Demand- Schwenk, J.: 2D-On Demand-5, 72 Demand-4, 76 6, 74 Schwindt, P.: QS+2D+EM+MN-FrM-6, 70 Shipilin, M.: CA+2D+AS+MN+SE+SM+SS-FrM- Smith, T.: EM+TF-TuM-3, 21; TF+2D+AP+SS- Schwingenschlogl, U.: 2D+AP+EM+PS+SS+TF- 5, 67 ThA-6, 62 MoM-3, 5 Shirani, A.: SE+AS+LS+MN+SS-ThA-3, 61 Snape, C.: AS+AC+BI+CA-WeM-2, 38 Scott, B.: AC+LS-ThM-6, 51 Shiratani, M.: PS-On Demand-24, 76 Snyders, R.: SM-TuP-3, 35 Scrymgeour, D.: AP-On Demand-10, 72 Shirhatti, P.: SS+CA+TF-MoM-6, 9 So, C.: BI+NS-WeM-2, 39 Scuderi, F.: VT-MoM-6, 11 Shishidou, T.: MI+2D+TF-ThM-2, 55 Sobell, Z.: TF-On Demand-8, 78 Scurr, D.: AS+AC+BI+CA-WeM-2, 38; BI-TuM- Shlyaptsev, V.: VT+PS-TuM-5, 25 Sobh, N.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 12, 20; BI-TuP-1, 34 Shong , B.: AP-On Demand-5, 72 Sobota, A.: PS+SE-FrM-3, 69 Seal, S.: EL+TF-MoM-10, 7 Shong, B.: 2D-On Demand-9, 72 Soboyejo, W.: EM+MI-WeM-2, 39 Seas, M.: TF+SS-FrM-7, 71 Shrestha, N.: 2D+HC+MN+NS+SS-TuM-2, 19 Sohail, F.: EM-On Demand-1, 74 Sebastian, A.: PS-FrM-5, 69; PS-MoM-9, 9 Shuh, D.: AC+LS-ThM-5, 51; LS-TuP-1, 35 Sokaras, D.: AC+AS-WeM-13, 37; AC+LS-ThM- Seed, C.: MN+2D+NS+QS-ThM-5, 50 Shukla, D.: AS-ThP-10, 63; PS+AP+TF-ThM-3, 10, 51; AC-ThP-6, 63 Segal-Peretz, T.: TF+BI+EM-MoM-1, 10 56; PS-On Demand-25, 76 Solmaz, E.: TF+AP-FrM-2, 71 Segovia, P.: AS-On Demand-10, 73 SHUKLA, D.: TF+EM-WeA-3, 49 Soltani, A.: PS+AS+BI+EM+SS-TuM-3, 22 Seidler, G.: AC+LS-ThM-3, 51 Shustova, N.: SS+HC-TuP-11, 35; SS+HC-TuP- Sombut, P.: HC+SS-TuM-11, 21; HC+SS-TuM- Seifert, J.: NS+MN+QS+SM+SS-TuM-10, 22 2, 35 13, 21 Seigneur, H.: EM+MI-WeA-3, 45 Shutthanandan, V.: AS-On Demand-11, 73; Son, J.: AS-On Demand-11, 73; BI-On Seikh, M.: EM+PS+TF-TuA-4, 28 AS-On Demand-15, 73; HI1-ThM-4, 52 Demand-9, 73; CA-On Demand-3, 74 Sekkat, A.: EM+MI-WeM-5, 39 Shviro, M.: AS+BI+CA+LS+NS+SE+SS-MoM-6, Sonato, P.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Semproni, S.: EM-On Demand-1, 74 6 25 Senanayake, S.: SS+AP+AS+HC+LD+SE+TF- Si, R.: VT-WeM-3, 42 Song, D.: SS-On Demand-6, 77 MoA-1, 16; SS+HC-TuP-11, 35; SS+HC-TuP-2, Sibener, S.: LD+HC+SS-WeA-7, 46; Song, H.: HC-On Demand-6, 74; VT+PS-TuM- 35 SS+2D+AP+PS+TF-TuM-12, 23; 5, 25 Sen-Britain, S.: AC+LS-ThA-5, 57 SS+CA+HC+NS+TF-TuA-4, 30; SS+CA+TF- Song, K.: SS-On Demand-10, 77; SS-On Seo, S.: PS-FrM-5, 69 MoM-4, 9; SS+SE-FrM-9, 70 Demand-9, 77 Serles, P.: NS+MN+QS+SM+SS-TuM-3, 22 Sibois, R.: TF+AP+MN+SS-WeM-13, 42 Song, S.: AP+2D+EM+MN+PS+TF-MoM-5, 5; Serralta, E.: HI2-ThM-12, 52 Siddiqui, S.: MI+2D+TF-FrM-8, 67 AP-TuP-4, 34 Seshadri, I.: PS-WeA-7, 48 Sidorov, O.: HI-ThA-3, 59 Song, T.: LD-TuP-1, 34 Šetina, J.: VT-MoM-6, 11 Sie, E.: EM+PS+TF-TuA-7, 28 Sood, A.: TF+AP+MN+SS-WeM-13, 42 Shafer, J.: AC+AS-WeM-1, 37 Sieg, S.: PS+EM-WeM-5, 41; PS-WeA-7, 48 Sorescu, D.: HC-On Demand-9, 74 Shafer, P.: LS+2D+MI+SS-TuA-4, 29 Sievers, D.: PS+AP+TF-ThM-11, 56 Soule, L.: AS-On Demand-15, 73 Shah, R.: BI-TuP-5, 34 Silberberg, E.: PS+SE-FrM-12, 69 Spanopoulos, I.: NS-On Demand-4, 75 Shah, T.: BI-TuP-2, 34 Sillanpää, T.: SM+AS+BI+CA+MI+SS-TuM-3, 23 Spatz, J.: BP-SuA-6, 4 Shahmohammadi, M.: SE+BI+SS-ThM-10, 56 Silva Quinones, D.: SS+HC-TuP-7, 35 Speck, J.: EL-On Demand-2, 74; EM+TF-TuM- Shakya, D.: SS+AP+AS+HC+LD+SE+TF-MoA-9, Silva, A.: EM-On Demand-5, 74 2, 21 16; SS+HC-TuP-2, 35 Silva, R.: VT-MoM-6, 11 Spiegelman, J.: AP-TuP-3, 34; TF-TuP-13, 36 Shalaev, V.: NS+BI+SS+TF-FrM-5, 68; Silva-Quinones, D.: SS+HC-TuP-8, 35 Spielhofer, A.: VT-TuP-4, 36 QS+EM+VT-ThA-1, 61 Silvestre, C.: PS-FrM-5, 69 Spradlin, J.: VT-MoA-9, 18 Shalaginov, M.: TF+BI+EM+MI-MoM-10, 10 Simion, G.: MI+2D+TF-ThM-5, 55 Sprague-Klein, E.: TF+2D+AP+SS-ThA-5, 62 Shang, L.: SE+BI+SS-ThM-11, 56 Simon, A.: PS+EM-WeM-4, 41 Sprey, H.: TF+EM-TuM-4, 24 Shannon, S.: PS+AS+BI+EM+SS-TuM-4, 22; Simonov, K.: LS-On Demand-3, 75 Sprunger, P.: HC+SS-ThM-12, 54 PS+SE-FrM-10, 69; PS+SE-FrM-5, 69; PS- Simonovis, J.: HC+AS+CA+LS+SS-MoM-4, 8 Spurgeon, S.: AS-On Demand-19, 73 MoM-6, 9; PS-ThA-2, 60; PS-ThA-3, 60 Simpson, R.: EW-TuL-5, 26 Srinivasan, S.: NS+BI+SS+TF-FrM-4, 68 Shao, Y.: AS-On Demand-15, 73 Sims, C.: AC-On Demand-3, 72 Stacchiola, D.: AS+BI+CA+LS+NS+SE+SS-TuM- Shard, A.: AS+BI+CA+LS+SS-TuA-7, 31; AS-On Sims, J.: AP+PS+TF-WeM-1, 38 2, 20; HC+2D+NS+SS+TF-MoA-11, 14; Demand-1, 72; BI-TuP-1, 34 Singh, C.: NS-On Demand-3, 75 HC+2D+NS+SS+TF-MoA-2, 14 Sharma, K.: TF+AP+SS-ThM-3, 53 Singh, P.: HC+SS-ThM-12, 54 Stadlober, B.: TF-On Demand-21, 78 Sharma, R.: NS-On Demand-11, 75; PS-MoA- Singh, S.: 2D+EM+NS+PS+QS-ThM-3, 50 Stafford, L.: PS-On Demand-18, 76 5, 16 Singh, V.: 2D+EM+HC+NS+QS+TF-TuA-4, 27 Stagon, S.: SE-ThP-1, 64 Sharma, S.: AP+PS+TF-WeM-5, 38 Sinitskii, A.: 2D+HC+MN+NS+SS-TuM-4, 19 Staib, P.: AS+BI+CA+LS+SS-ThA-4, 58 Sharma, V.: AP-On Demand-1, 72 Sinno, T.: AS+BI+CA+LS+SS-ThA-3, 58; Stamatakis, M.: HC+SS-TuA-7, 30 Sharov, F.: EM+BI+NS+PS+TF-MoA-6, 14 QS+EM-ThP-1, 64 Stamminger, M.: PS-On Demand-27, 77 Sharp, C.: 2D+AP+BI+HC+NS+PS+SS+TF-FrM- Siragusa, M.: VT+PS-TuM-13, 25; VT+PS-TuM- Stan, G.: 2D+EM+HC+NS+QS+TF-TuA-10, 27; 4, 66 3, 25 NS+AP+BI+SS-ThM-3, 55 Shayesteh, P.: SS+2D+AP+PS+TF-TuM-5, 23; Sitaraman, N.: LD+HC+SS-WeA-7, 46 Stan, L.: NS+BI+SS+TF-FrM-4, 68; NS-On TF+AP+SS-ThM-13, 53 Sivaram, S.: 2D+HC+MN+NS+SS-TuM-13, 19 Demand-6, 75 Shchelkanov, I.: PS+AP+TF-ThM-13, 56 Siviero, F.: VT+PS-TuM-13, 25; VT+PS-TuM-3, Stanford , M.: TF-TuP-7, 36 Shearer, J.: PS-WeA-7, 48 25 Stapelmann, K.: PS+SE-FrM-10, 69 Sheehan, N.: SS+CA+HC+NS+TF-TuA-3, 30 Sivils, D.: TF-TuP-1, 36 Stark, A.: MI+2D+TF-ThM-4, 55 Shelton, W.: HC+SS-ThM-12, 54 Skinner, W.: AS+BI+CA+LS+SS-TuA-8, 31; AS- Statuto, N.: LS+2D+MI+SS-TuA-3, 29 Shen, M.: AP-TuP-6, 34; TF+EM-TuM-5, 24 ThP-4, 63 Steele, A.: HI-On Demand-1, 74 Shendokar, S.: UN-ThP-15, 65 Skogen, E.: QS+2D+EM+MN-FrM-6, 70 Stellari, F.: PS+EM-WeM-4, 41 Shenoy, V.: 2D+AP+EM+NS+PS+SS+TF-WeM- Slaughter, J.: PS-FrM-5, 69 Stemmer, S.: NS+AP+BI+MI+SM-TuA-3, 32 10, 37 Sloppy, J.: HC+AS+CA+LS+SS-MoM-11, 8 Stephen, G.: EM+PS+TF-TuA-10, 28; Shepherd, A.: VT-TuA-4, 27 Slot, M.: 2D-On Demand-5, 72 MI+2D+TF-ThM-3, 55; NS+AP+BI+MI+SM- Sheriff, J.: BI-TuM-13, 20 Smallwood, J.: PS+SE-FrM-10, 69 TuA-3, 32 Shi, J.: EM+BI+MI+MN+NS+PS+TF-MoM-9, 7 Smentkowski, V.: AS-ThP-16, 63 Stetzler, J.: SS+HC-TuP-11, 35 Shibata, K.: VT-On Demand-1, 78 Smiles, D.: LS-TuP-1, 35 Stevens, M.: EL+TF-MoM-6, 7 Shih, C.: 2D+HC+MN+NS+SS-TuM-10, 19 Smith, A.: MI+2D+TF-FrM-9, 67 Stickle, W.: AS+BI+CA+LS+SS-MoA-10, 12

Author Index 94 Bold page indicates presenter Author Index

Stienen, S.: MI-On Demand-1, 75 Sykes, R.: AC+AS-WeM-11, 37; AC+LS-ThM-6, To, B.: PS-FrM-4, 69 Still, E.: AS+BI+CA+LS+SS-TuA-2, 31 51; AC-On Demand-1, 72 Toberer, E.: EM+MI-WeA-7, 45 Stine, J.: BI-TuM-4, 20; MN+2D+NS+QS-ThM- Szakal, C.: AS+AC+BI+CA-WeM-5, 38 Tobin, J.: AC+AS-WeM-13, 37; AC-ThP-6, 63 10, 50 — T — Tobler, B.: HC+AS+CA+LS+SS-MoM-3, 8; Stinson, P.: TF+BI+EM+MI-MoM-5, 10; TF- Tacey, S.: TF-On Demand-2, 78 SS+AP+AS+HC+LD+SE+TF-MoA-10, 16 TuP-3, 36 Tagliavini, M.: AC+LS-ThA-4, 57 Todinova, A.: TF+HC+SS-TuA-3, 29 Stinson, V.: EL+TF-MoM-5, 7; EL-MoA-9, 13 Tahara, S.: PS-On Demand-9, 76 Tokei, Z.: PS-On Demand-9, 76 Stoerzinger, K.: SS-On Demand-6, 77 Takano, N.: PS-On Demand-16, 76 Tomasulo, S.: EM+MI-WeM-12, 39 Stöhr, M.: SS+2D+AP+BI+NS+TF-ThA-1, 62 Takeuchi, I.: AS-On Demand-10, 73; AS-ThP-8, Tomko, J.: PS+AS+BI+EM+SS-TuM-12, 22 Stokey, M.: EL-MoA-4, 13; EL-On Demand-1, 63 Toom, S.: SE+AS+LS+MN+SS-ThA-4, 61 74; EL-On Demand-2, 74; EL-TuP-2, 34 Takoudis, C.: SE+BI+SS-ThM-10, 56 Toramaru, M.: PS-On Demand-15, 76 Stoleriu, L.: MI+2D+TF-ThM-4, 55 Talin, A.: AS-On Demand-10, 73; MS+AP- Torii, H.: PS-On Demand-15, 76 Stöltzel, A.: VT-MoM-6, 11 MoA-5, 15 Törndahl, T.: LS-On Demand-3, 75 Stolwijk, S.: MI-On Demand-2, 75 Tamtögl, A.: 2D-On Demand-11, 72 Torres Castanedo, C.: Storm, D.: TF+EM-WeA-10, 49 Tan, S.: HI-ThA-3, 59; HI-ThA-6, 59 AS+BI+CA+LS+NS+SE+SS-MoM-5, 6 Stowell, M.: PS-ThP-9, 64 Tanaka, H.: PS-On Demand-24, 76 Toyoda, N.: AP+2D+HI+MN+MS+PS+SS+TF- Strandwitz, N.: SS-On Demand-8, 77; TF-On Tanaka, K.: 2D+AP+EM+PS+SS+TF-MoM-5, 5; TuA-7, 28 Demand-11, 78; TF-On Demand-15, 78; TF- SE+MN+PS+TF-WeA-4, 49 Tracy, L.: AP-On Demand-10, 72; AP-On On Demand-18, 78 Tang, J.: 2D+HC+MN+NS+SS-TuM-2, 19; Demand-9, 72; QS+EM+SS-ThM-3, 53; SS- Strange, L.: AS-On Demand-11, 73 TF+EM-WeA-11, 49 On Demand-1, 77 Streever, D.: SE+BI+SS-ThM-6, 56 Tang, N.: TF+PS+SE-TuM-6, 24 Tracy, R.: TF+AP+MN+SS-WeM-10, 42 Strelcov, E.: CA-On Demand-2, 74 Taniguchi, T.: 2D+EM+NS+PS+QS-ThM-3, 50 Tran, C.: PS2-TuA-9, 33 Strimaitis, J.: AS+BI+CA+LS+NS+SE+SS-TuM- Taskin, M.: SS+HC-TuP-5, 35 Tran, M.: EM+MI-WeA-9, 45; TF+HC+SS-TuA- 10, 20; EM-On Demand-2, 74; LD-TuP-4, 35 Taskinen, J.: SM+AS+BI+CA+MI+SS-TuM-3, 23 4, 29 Strocov, V.: LS+2D+MI+SS-TuA-4, 29 Tatsumi, T.: MS+AP+NS+TF-MoM-8, 8 Trenary, M.: HC+2D+NS+SS+TF-MoA-10, 14; Stroscio, J.: 2D-On Demand-5, 72 Taylor, M.: AS+AC+BI+CA-WeM-12, 38 HC+SS-TuA-11, 30; HC+SS-TuA-8, 30; Stroud, R.: TF+EM-WeA-9, 49 Taylor, P.: MI+2D+TF-ThM-3, 55 SS+CA+TF-MoM-5, 9 Stroup, V.: SS+2D+AP+PS+TF-TuM-10, 23 Taylor, S.: AS+BI+CA+LS+SS-TuA-2, 31 Trindade, G.: BI-TuP-1, 34 Struzzi, C.: 2D+AP+EM+PS+SS+TF-MoM-6, 5 Teissier, A.: VT+PS-TuM-1, 25 Tringides, M.: SS+2D+AP+PS+TF-TuM-10, 23 Strzhemechny, Y.: BI-MoM-2, 6 Temple, D.: UN-ThP-10, 65; UN-ThP-17, 65; Tripathi, S.: AC-On Demand-2, 72 Stuck, D.: HC+SS-WeM-10, 40 UN-ThP-9, 65 Troian, A.: EM+PS+TF-TuA-3, 28 Stutzman, M.: VT-TuA-9, 27 Tenhaeff, W.: EM+MI-WeA-10, 45; TF+AP- Trosan, D.: PS+SE-FrM-10, 69 Su, C.: NS+AP+BI+SS-ThM-12, 55 MoA-1, 17 Trought, M.: SS+SE-FrM-10, 70 Sua, H.: AS+HC+PS+SE+SM-ThA-4, 58 Tenney, S.: HC+2D+NS+SS+TF-MoA-11, 14 Trumm, M.: AC+LS-ThA-4, 57 Subedi, A.: SS+SE-FrM-11, 70 Teodoro, O.: VT-MoM-6, 11 Tsampas, M.: PS-MoA-5, 16; TF+HC+SS-TuA- Sudhoff, H.: HI1-ThM-1, 52 Teplyakov, A.: AP+PS+TF-WeM-10, 38; 8, 29 Suetsugu, Y.: VT-On Demand-1, 78 AP+PS+TF-WeM-4, 38; HC+AS+CA+LS+SS- Tsen, A.: 2D+EM+LD+SS-ThA-4, 57 Sugai, H.: PS-ThA-5, 60 MoM-11, 8; SS+HC-TuP-7, 35; SS+HC-TuP-8, Tseng, H.: EW-TuL-5, 26 Sugano, R.: PS-WeA-3, 48 35; SS+HC-TuP-9, 35 Tsoi, S.: 2D+HC+MN+NS+SS-TuM-13, 19 Sui, W.: NS-On Demand-9, 75 Tercero, J.: PS-FrM-12, 69 Tsuchibuchi, G.: AP-TuP-3, 34 Sui, Y.: MN+2D+NS+QS-WeA-7, 47 Tereshina-Chitrova, E.: AC+LS-ThA-6, 57 Tsutsumi, T.: PS-FrM-1, 69 Sulchek, T.: NS+AS+BI+EM+LD+SS-WeA-2, 47 Terilli, M.: LS+2D+MI+SS-TuA-4, 29 Tsyshevsky, R.: TF+AP+SS-ThM-13, 53 Suleiman, A.: TF+BI+EM+MI-MoM-3, 10 Terry, J.: AS+BI+CA+LS+NS+SE+SS-TuM-13, Tu, Q.: NS+AS+BI+EM+LD+SS-WeA-8, 47; NS- Sumaiya, S.: TF+EM-TuM-11, 24 20; AS-ThP-1, 63 On Demand-4, 75 Sumant, A.: MN+AP+BI+EM+NS+PS+SE+TF- Terui, S.: VT-On Demand-1, 78 Turan, N.: PS+SE-FrM-8, 69 FrM-3, 68 Tetard, L.: EM+MI-WeA-3, 45 Turano, M.: HC+SS-WeM-3, 40; Sun, D.: VT-WeM-3, 42 Thaler, A.: MI+2D+TF-FrM-6, 67 SS+CA+HC+NS+TF-TuA-8, 30; SS+HC-TuP-3, Sun, X.: PS+EM-WeM-5, 41 Thapa, R.: EM-TuP-2, 34; TF+AP+SS-ThM-2, 35 Sun, Z.: 2D+MI-MoA-2, 12 53 Turley, S.: EM+TF-TuM-12, 21 Sundararajan, S.: EM-On Demand-1, 74 Theeuwes, R.: TF+EM-TuM-3, 24 Tutchton, R.: AC+LS+MI-FrM-12, 66 Sunday, D.: EL+TF-MoM-3, 7 Therrien, A.: LD+HC+SS-WeA-9, 46 Tyagi, S.: MI+2D+TF-ThM-3, 55 Suntharampillai, T.: AS+BI+CA+LS+NS+SE+SS- Thevuthasan, S.: AS-On Demand-15, 73 Tysoe, W.: SE+AS+LS+MN+SS-ThA-5, 61 TuM-12, 20 Thimsen, E.: EM+TF-TuM-1, 21 Tzoka, J.: BI-MoM-2, 6 Sunthornpan, N.: TF-On Demand-17, 78 Thinakaran, A.: BI-On Demand-5, 73 — U — Supple, E.: AS+BI+CA+LS+SS-TuA-9, 31 Thissen, A.: AS+BI+CA+LS+NS+SE+SS-MoM-2, Ueda, S.: LS+2D+MI+SS-TuA-9, 29; TF+EM- Suresh, A.: BI-On Demand-5, 73 6; EW-TuL-6, 26 WeA-2, 49; TF-On Demand-10, 78 Suresh, N.: AS-On Demand-6, 73; BI-On Thompson, C.: SS+CA+HC+NS+TF-TuA-4, 30 Uematsu, K.: AP+2D+HI+MN+MS+PS+SS+TF- Demand-2, 73; BI-On Demand-5, 73; BI-On Thornton, J.: NS+MN+QS+SM+SS-TuM-13, 22 TuA-7, 28 Demand-7, 73 Throckmorton, J.: TF+AP-FrM-9, 71 Ugeda, M.: 2D+HC+MN+NS+SS-TuM-5, 19 Suriyasak, C.: PS-On Demand-24, 76 Thurmer, K.: NS+AS+BI+EM+LD+SS-WeA-3, 47 Uh, J.: TF+AP-FrM-2, 71 Sushma, S.: PS-MoM-8, 9 Tian, J.: 2D+HC+MN+NS+SS-TuM-2, 19 Ulgut, B.: CA-On Demand-1, 73 Sutter, P.: 2D+AP+EM+PS+SS+TF-MoM-10, 5 Tian, M.: TF-TuP-2, 36 Ulsh, M.: AS+BI+CA+LS+NS+SE+SS-MoM-9, 6 Sutton, M.: LS+CA+MI+SE+SS-WeM-3, 40 Tian, P.: PS-MoM-3, 9 Ulstrup, S.: 2D+EM+NS+PS+QS-ThM-3, 50 Suzer, S.: CA-On Demand-1, 73; CA-On Tiesinga, E.: VT-TuP-1, 36 Um, I.: TF+BI+EM+MI-MoM-2, 10 Demand-2, 74 Timm, R.: EM+PS+TF-TuA-3, 28; Umejima, Y.: HC-On Demand-3, 74 Suzuki, K.: AP-TuP-3, 34 NS+AS+BI+EM+LD+SS-WeA-4, 47; Unger, K.: TF+BI+EM-MoM-6, 10; TF-On Suzuki, T.: SS-On Demand-4, 77 NS+AS+BI+EM+LD+SS-WeA-7, 47; Demand-21, 78; TF-On Demand-22, 78 Swaminathan, S.: AS-On Demand-5, 73; AS- SS+2D+AP+PS+TF-TuM-5, 23; SS-On Unnikrishnan, S.: TF+AP+MN+SS-WeM-11, 42 On Demand-7, 73 Demand-16, 77 Unocick, K.: TF-On Demand-2, 78 Swanson, R.: VT-MoA-8, 18 Tinacba, E.: PS-FrM-11, 69 Unutulmazsoy, Y.: AS+HC+PS+SE+SM-ThA-4, Swartz, L.: BI-TuP-3, 34 Tinney, D.: HC+SS-TuM-12, 21; HC+SS-WeM- 58 Sykes, C.: HC+SS-TuA-7, 30; HC+SS-TuM-10, 4, 40; HC-ThP-2, 63 Uppalapati, B.: 2D-On Demand-3, 72; SE-On 21; LD+HC+SS-WeA-9, 46 Tinsley, J.: VT+PS-TuM-5, 25 Demand-1, 77 Sykes, E.: HC+AS+CA+LS+SS-MoM-4, 8; Tirmzi, S.: MN+2D+NS+QS-WeA-1, 47 Urbano, M.: VT+PS-TuM-3, 25 HC+SS-TuA-12, 30; HC+SS-TuM-4, 21 Tissot , H.: PS+AP+TF-ThM-12, 56 Uribe, F.: EM-TuP-5, 34

Author Index 95 Bold page indicates presenter Author Index

Uribe-González, F.: EM-TuP-4, 34 Vega Gonzalez, V.: PS-On Demand-6, 76; PS- Wang, G.: AC+LS+MI-FrM-7, 66; NS-On Utz, A.: HC+SS-TuM-12, 21; HC+SS-WeM-4, On Demand-9, 76 Demand-3, 75; SS+HC-TuP-7, 35; SS+HC- 40; HC-ThP-2, 63 Veit, R.: LD+HC+SS-WeA-7, 46 TuP-8, 35 Uzarski, J.: PS+SE-FrM-7, 69 Velickovic, D.: BI-On Demand-8, 73 Wang, H.: EM+PS+TF-TuA-7, 28 — V — Velthuis, H.: PS-ThA-4, 60 Wang, J.: EM-On Demand-1, 74; MI+2D+TF- V. Johnson, E.: PS-FrM-9, 69 Vemuri, V.: SS-On Demand-8, 77 FrM-11, 67 Vaccari, L.: CA-ThP-3, 63 Venhaus, T.: AC+AS-WeM-11, 37; AC-On WANG, J.: PS-FrM-9, 69 Vaccaro, S.: SM-On Demand-2, 77; SM-TuP-2, Demand-1, 72 Wang, L.: NS-On Demand-1, 75; NS-On 35 Venkataraman, L.: LD+2D+NS+SS-MoA-1, 15 Demand-8, 75 Vaesen, I.: AS-On Demand-2, 72 Venkattraman, A.: PS-MoM-8, 9 Wang, M.: AS+BI+CA+LS+NS+SE+SS-MoM-9, Vähä-Ojala, T.: TF+AP+MN+SS-WeM-13, 42 Ventrice, C.: AS-ThP-7, 63 6; EM+TF-TuM-2, 21; LS-TuP-4, 35 Vaida, M.: SS+CA+TF-MoM-3, 9 Ventzek, P.: AP-TuP-2, 34 Wang, Q.: PS+EM-WeM-1, 41 Vail, O.: MI+2D+TF-ThM-3, 55 Verezhak, M.: LS+CA+MI+SE+SS-WeM-1, 40 Wang, R.: TF+HC+SS-TuA-9, 29 Valbuena Martinez, M.: 2D-On Demand-8, 72 Verheijen, M.: PS-FrM-10, 69; TF-On Wang, S.: EM+PS+TF-TuA-7, 28; TF+AP-MoA- Valdez, A.: EM-TuP-5, 34 Demand-20, 78 3, 17; VT+PS-TuM-5, 25 Valdivia, A.: TF+AP+SS-ThM-12, 53 Verloh, F.: AS+AC+BI+CA-WeM-3, 38 Wang, W.: NS+AP+BI+SS-ThM-12, 55; NS-On Valenti, A.: AS-ThP-7, 63 Verma, A.: PS-On Demand-20, 76; PS-On Demand-7, 75 Valiullin, R.: SS-On Demand-3, 77; SS-On Demand-22, 76 Wang, X.: AS+BI+CA+LS+SS-ThA-2, 58; Demand-7, 77 Verougstraete, B.: PS-On Demand-12, 76 MI+2D+TF-FrM-6, 67; PS-On Demand-2, 76; Vallat, R.: AP+2D+EM+MN+PS+TF-MoM-1, 5 Verstappen, Y.: PS-FrM-10, 69 SS+HC-TuP-10, 35; TF-TuP-2, 36 Vallee, C.: PS+EM-WeM-1, 41 Vervuurt, R.: PS-FrM-1, 69 Wang, Y.: EM+PS+TF-TuA-7, 28; HC+SS-TuA- Vallée, C.: AP+2D+EM+MN+PS+TF-MoM-1, 5; Veryovkin, I.: AS+AC+BI+CA-WeM-4, 38 12, 30; HC+SS-TuA-7, 30; MI+2D+TF-ThM-5, AS-ThP-7, 63 Vest, R.: VT-MoM-4, 11 55; NS+AS+BI+EM+LD+SS-WeA-1, 47; Valtiner, M.: BI-On Demand-1, 73; BI-On Vičar, M.: VT-MoM-6, 11 SE+MN+PS+TF-WeA-4, 49; TF-On Demand- Demand-6, 73 Viegas, P.: PS+SE-FrM-3, 69 7, 78; VT+PS-TuM-5, 25 Valvidares, M.: 2D+EM+NS+PS+QS-ThM-4, 50 Vienes, J.: TF+2D+MI-MoA-11, 17 Wang, Z.: MN-On Demand-1, 75; MN-On Van Allsburg, K.: TF-On Demand-2, 78 Viertel, K.: AS-ThP-11, 63 Demand-7, 75; MN-On Demand-8, 75; MN- van de Sanden, M.: PS-MoA-5, 16 Vishik, I.: AS+SS-WeA-7, 44 On Demand-9, 75 van de Sanden, R.: TF+HC+SS-TuA-8, 29 Viswan, R.: PS+SE-ThA-5, 60 Ward, D.: AP-On Demand-10, 72; SS-On van den Bruele, F.: TF+AP+MN+SS-WeM-11, Vitale, S.: TF+BI+EM+MI-MoM-10, 10 Demand-1, 77 42 Vitova, T.: AC+LS-ThA-4, 57 Ward, J.: AC+LS-ThM-1, 51 van der Heide , P.: MI+2D+TF-ThM-4, 55 Vlachos, D.: PS+SE-ThA-2, 60 Watanabe, K.: 2D+EM+NS+PS+QS-ThM-3, 50; van der Heide, P.: AS-On Demand-2, 72; AS- Vlassiouk , I.: TF-TuP-7, 36 AS+BI+CA+LS+SS-MoA-4, 12; PS-On On Demand-3, 73 Vobornik, I.: LS+2D+MI+SS-TuA-4, 29 Demand-14, 76 van der Straten, O.: PS-FrM-5, 69 Voevodin, A.: SE+AS+LS+MN+SS-ThA-3, 61 Watjen, T.: 2D+MI-MoA-11, 12 van der Zande, A.: 2D+EM+HC+NS+QS+TF- Vogiatzis, K.: SS+HC-TuP-11, 35; SS+HC-TuP-2, Watson, D.: AS-On Demand-3, 73 TuA-1, 27 35 Watson, G.: MN+2D+NS+QS-ThM-6, 50 van Dijck, J.: TF+AP-FrM-4, 71 Voiry, D.: 2D+AP+BI+HC+NS+PS+SS+TF-FrM-5, Watt, M.: AS+HC+PS+SE+SM-ThA-3, 58 van Dishoeck, E.: SS+SE-FrM-5, 70 66 Weatherup, R.: van Efferen, C.: 2D+EM+MN+NS+QS-WeA-4, Volatier, M.: PS+AS+BI+EM+SS-TuM-11, 22 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThA- 44 Volckaert, K.: 2D+EM+NS+PS+QS-ThM-3, 50 1, 59 van Eyck, D.: TF+AP-FrM-4, 71 Vollnhals, F.: NS-On Demand-15, 76 Weber, F.: HI1-ThM-1, 52 van Gennip, W.: PS-FrM-10, 69 Von Ehr, J.: NS+AP+BI+MI+SM-TuA-10, 32 Weber, N.: 2D-TuP-1, 34; MI+2D+TF-FrM-12, van Loon, E.: 2D+EM+MN+NS+QS-WeA-4, 44 von Gunten, D.: VT-TuP-4, 36 67 Van Marcke, P.: MI+2D+TF-ThM-4, 55 Voorhees, P.: SS+2D+AP+PS+TF-TuM-11, 23 Webster, D.: NS-On Demand-14, 76 van Rooij, O.: PS+SE-FrM-3, 69 Vora, P.: 2D+MI-MoA-2, 12 Weddle, C.: QS-On Demand-1, 77 van Schendel, P.: NS-On Demand-16, 76 Vorng, J.: AS-On Demand-1, 72 Wega, J.: HC+SS-WeM-1, 40 van Setten, M.: AP-On Demand-3, 72 Voronin, S.: PS+EM-WeM-1, 41 Wegener, E.: TF-On Demand-2, 78 van Spronsen, M.: Voyles, P.: TF+SS-FrM-11, 71 Wegner, D.: MI+2D+TF-FrM-2, 67 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- Vyas, S.: EM-On Demand-1, 74 Wehling, T.: 2D+EM+MN+NS+QS-WeA-4, 44 6, 54 — W — Weigand, M.: MI-On Demand-1, 75 van Straaten, G.: TF+AP-FrM-4, 71; Wagner, M.: NS+AP+BI+SS-ThM-12, 55 Weigandt, K.: MN+2D+NS+QS-WeA-11, 47 TF+HC+SS-TuA-8, 29 Wagner, S.: EM-TuP-2, 34; TF+AP+SS-ThM-2, Weijtens, C.: TF+HC+SS-TuA-3, 29 van Werkhoven, W.: VT-MoM-8, 11 53 Weinert, M.: 2D-On Demand-12, 72; Vandalon, V.: TF+AP+SS-ThM-10, 53 Wakonig, K.: LS+CA+MI+SE+SS-WeM-1, 40 MI+2D+TF-ThM-2, 55; NS+MI+QS+SS-WeM- Vandencasteele, N.: PS+SE-FrM-1, 69 Walia, R.: PS2-TuA-9, 33 3, 41 Vandervelde, T.: EL+TF-MoM-6, 7 Walker, A.: AS+BI+CA+LS+SS-MoA-3, 12; Weisenseel, B.: PS-On Demand-27, 77 Vanfleet, C.: TF+AP-FrM-7, 71 SS+CA+HC+NS+TF-TuA-3, 30; TF+2D+MI- Weiss, C.: VT-TuP-4, 36 Vanfleet, R.: EM+TF-TuM-12, 21; TF+AP-FrM- MoA-10, 17; TF+2D+MI-MoA-11, 17 Weiss, M.: SE+BI+SS-ThM-5, 56; TF+PS+SE- 7, 71 Walker, C.: QS+2D+EM+MN-FrM-6, 70 TuM-5, 24 Vanleenhove, A.: AS+BI+CA+LS+SS-MoA-4, Walker, G.: NS-On Demand-3, 75 Wekking, T.: 2D+EM+MN+NS+QS-WeA-4, 44 12; AS-On Demand-2, 72; AS-On Demand-3, Walkup, D.: 2D-On Demand-5, 72 Welch, B.: TF+AP-MoA-6, 17 73 Walls, M.: TF+2D+MI-MoA-5, 17 Welle, A.: AS-ThP-11, 63 Varadarajan, B.: EM+PS+TF-TuA-1, 28 Walter, T.: AP-TuP-5, 34; EM+TF-TuM-5, 21 Wells, B.: AS-ThP-10, 63 Vardon, D.: TF-On Demand-2, 78 Walton, S.: PS+AS+BI+EM+SS-TuM-12, 22; Welzel, S.: PS-MoA-5, 16 Vasileiadou, E.: NS-On Demand-4, 75 PS+SE-FrM-6, 69; PS-ThP-6, 64; PS-ThP-7, 64 Wen, L.: PS-ThP-14, 64 Vasquez, M.: PS-FrM-12, 69 Waluyo, I.: HC+AS+CA+LS+SS-MoM-4, 8; Wen, T.: MN-On Demand-1, 75 Vaziri, S.: EM-On Demand-7, 74 HC+SS-TuM-10, 21 Wende, H.: 2D+EM+MN+NS+QS-WeA-4, 44; Vazirisereshk, M.: TF+EM-TuM-11, 24 Wan, C.: TF+BI+EM+MI-MoM-4, 10 MI-On Demand-5, 75 Vazquez Miranda, S.: AS+BI+CA+LS+SS-ThA-1, Wang, A.: 2D+HC+MN+NS+SS-TuM-2, 19 Wendt, J.: EM+TF-TuM-3, 21 58 Wang, C.: NS+AS+BI+EM+LD+SS-WeA-3, 47; Weng, T.: AC+AS-WeM-13, 37; AC-ThP-6, 63 Vazquez-Miranda, S.: EL+TF-MoM-8, 7 PS-ThP-12, 64 Wenzel, W.: AP+PS+TF-WeM-11, 38 Veenstra, S.: TF+HC+SS-TuA-3, 29 Wang, D.: BI-TuA-2, 32 Wernersson, L.: EM+PS+TF-TuA-3, 28 Veer Singh, C.: NS+MN+QS+SM+SS-TuM-3, 22 Wang, F.: MN-On Demand-1, 75 West, K.: MI+2D+TF-ThM-5, 55 Westphal, G.: HC+SS-WeM-1, 40

Author Index 96 Bold page indicates presenter Author Index

Westphal, M.: AS-ThP-12, 63; HI1-ThM-1, 52; Wüest, M.: VT-MoM-6, 11 Ye, J.: QS+2D+EM+MN-FrM-4, 70 LS-TuP-2, 35 Wurster, K.: HI-ThA-1, 59 Ye, K.: TF+SS-FrM-8, 71 Wheeler, V.: PS-ThP-7, 64; TF+AP+SS-ThM-1, Wyatt, Q.: TF+AP-MoA-5, 17; TF-TuP-1, 36 Yeghoyan, T.: AP+2D+EM+MN+PS+TF-MoM- 53; TF+EM-WeA-10, 49; TF+EM-WeA-9, 49 Wyndaele, P.: AP-On Demand-7, 72 1, 5 Whitaker, B.: TF-On Demand-16, 78 — X — Yeo, G.: PS2-TuA-9, 33 White, A.: NS+AS+BI+EM+LD+SS-WeA-1, 47 X.-L. Feng, P.: MN-On Demand-2, 75 Yeom, G.: PS-On Demand-17, 76; PS-ThP-14, White, K.: AC+LS-ThM-6, 51; AC-On Demand- Xia, C.: NS-ThP-2, 64 64; PS-ThP-15, 64 1, 72 Xia, J.: MN+AP+BI+EM+NS+PS+SE+TF-FrM-1, Yeung, G.: PS+AP+TF-ThM-10, 56 White, M.: SS+HC-TuP-14, 35 68; MN-On Demand-9, 75 Yilma, W.: MN+2D+NS+QS-WeA-7, 47 White, T.: TF+AP-MoA-5, 17; TF-TuP-1, 36 Xia, Y.: NS-On Demand-1, 75 Yiu, P.: SE+MN+PS+TF-WeA-7, 49 Whitener, K.: BI+NS-WeM-2, 39 Xiao, F.: MN-On Demand-1, 75; MN-On Ylivaara, O.: SM+AS+BI+CA+MI+SS-TuM-3, 23 Whiting, G.: MN+2D+NS+QS-WeA-7, 47 Demand-7, 75; MN-On Demand-8, 75; MN- Yoder, J.: QS+EM+SS-ThM-12, 53 Wi, S.: AS-On Demand-15, 73 On Demand-9, 75 Yokogawa, K.: AP-On Demand-2, 72; PS-On Wickramaratne, D.: 2D+EM+MN+NS+QS- Xiao, J.: EM+PS+TF-TuA-7, 28; NS-ThP-2, 64 Demand-4, 76 WeA-3, 44 Xiao, Y.: PS-ThA-2, 60; TF+BI+EM+MI-MoM-4, Yong, Z.: 2D+AP+EM+PS+SS+TF-MoM-6, 5 Wickramasinghe, R.: AS+AC+BI+CA-WeM-4, 10 Yoon, M.: MI+2D+TF-ThM-1, 55 38 Xiao, Z.: EM-On Demand-4, 74; TF-On York, S.: AS-On Demand-16, 73 Wiemerslage, G.: VT-MoA-8, 18 Demand-16, 78 Yoseph, S.: BI+NS-WeM-2, 39 Wietstruk, M.: AS+BI+CA+LS+SS-ThA-2, 58 Xie, N.: MN+2D+NS+QS-ThM-6, 50 Young, D.: HC+SS-ThM-12, 54 Williams, L.: EM-On Demand-4, 74; TF-On Xie, R.: SS+CA+TF-MoM-10, 9 Young, E.: SS-On Demand-16, 77 Demand-16, 78 Xin, Y.: 2D-On Demand-6, 72 Young, M.: TF+AP-MoA-5, 17; TF-TuP-1, 36 Williams, P.: BI-TuP-1, 34 Xing, H.: EL-On Demand-2, 74; TF-On Young, T.: TF-On Demand-19, 78 Williamson, D.: VT+PS-TuM-1, 25 Demand-9, 78 Youssef, L.: PS-On Demand-19, 76 Willis, .: AS-ThP-10, 63 Xing, Y.: TF-TuP-1, 36 Yousuf, S.: MN-On Demand-3, 75 Willis, B.: PS+AP+TF-ThM-3, 56; PS-On Xu, B.: MN-On Demand-1, 75; MN-On Yu , X.: AS-ThP-6, 63; TF+HC+SS-TuA-9, 29 Demand-25, 76 Demand-9, 75 Yu, H.: AS-ThP-8, 63 Willson, S.: LD+HC+SS-WeA-7, 46; Xu, J.: EM+MI-WeA-7, 45 Yu, J.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 SS+2D+AP+PS+TF-TuM-12, 23; Xu, M.: TF+SS-FrM-8, 71 Yu, N.: AP-On Demand-5, 72 SS+CA+HC+NS+TF-TuA-4, 30 Xu, W.: AP+EL+MS+NS+SS+TF-TuM-12, 19; Yu, P.: TF+AP+SS-ThM-4, 53 Wilmart, Q.: PS-On Demand-19, 76 TF+AP+SS-ThM-3, 53 Yu, S.: AC+AS-WeM-13, 37; AC-ThP-6, 63; Wilmot, E.: AS+AC+BI+CA-WeM-2, 38 Xu, X.: SS+SE-FrM-11, 70 LS+2D+MI+SS-TuA-3, 29 Wilson, K.: CA+AS+LS+MN+SS+VT-WeA-1, 45 Xu, Y.: HC+SS-ThM-12, 54; LD+HC+SS-WeA- Yu, X.: AC-On Demand-2, 72; AS-On Demand- Wilson, L.: TF-TuP-9, 36 10, 46; SS+AP+AS+HC+LD+SE+TF-MoA-5, 16 11, 73; AS-On Demand-19, 73; BI-On Wimer, S.: EL-MoA-4, 13 Xue, R.: MI+2D+TF-ThM-1, 55 Demand-9, 73; CA-On Demand-3, 74 Winkelmann, A.: LS-TuP-4, 35 Xue, X.: BI-TuA-9, 32 Yuan, Q.: EM-On Demand-4, 74 Wintz, S.: MI-On Demand-1, 75 — Y — Yuk, J.: Wirth, W.: PS+EM-WeM-3, 41; TF+EM-TuM- Yablon, D.: NS+AP+BI+SS-ThM-5, 55 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- 13, 24 Yadav, S.: NS+MN+QS+SM+SS-TuM-3, 22 3, 54 Wirtz, T.: HI1-ThM-5, 52; HI2-ThM-12, 52 Yakes, M.: EM+BI+MI+MN+NS+PS+TF-MoM- Yun, W.: CA+2D+AS+MN+SE+SM+SS-FrM-3, Wodtke, A.: SS+CA+TF-MoM-6, 9 5, 7 67 Wojcik, T.: SE+BI+SS-ThM-5, 56 Yamashita, D.: PS-On Demand-24, 76 Yun, Y.: SS+SE-FrM-11, 70 Wojtecki, R.: AP+2D+EM+MN+PS+TF-MoM-8, Yamauchi, T.: PS-ThP-3, 64 — Z — 5 Yamazui, H.: AS+BI+CA+LS+SS-MoA-4, 12 Zaccarine, S.: AS+BI+CA+LS+NS+SE+SS-MoM- Wolden, C.: PS+AP+TF-ThM-10, 56 Yan, F.: 2D-TuP-4, 34 10, 6; AS+BI+CA+LS+NS+SE+SS-MoM-6, 6 Wolff, A.: HI1-ThM-2, 52 Yan, H.: AS-ThP-6, 63; PS+EM-WeM-4, 41; PS- Zadorozhnyi, A.: 2D+HC+MN+NS+SS-TuM-2, Wolfsberg, L.: AC+LS-ThM-6, 51 FrM-7, 69; TF+HC+SS-TuA-9, 29 19 Wolin, B.: MI+2D+TF-FrM-6, 67 Yan, J.: MI+2D+TF-ThM-1, 55; NS+MI+QS+SS- Zaera, F.: SS+2D+AP+PS+TF-TuM-3, 23 Wolkow, R.: NP-SuA-1, 4 WeM-4, 41 Zaghloul, M.: 2D+MI-MoA-2, 12 Wollack, E.: PS-ThP-6, 64 Yan, X.: SS-On Demand-15, 77 Zahradník, M.: EL-MoA-10, 13 Wong, D.: MN+2D+NS+QS-WeA-7, 47 Yang, B.: SE+BI+SS-ThM-10, 56; VT-WeM-3, Zaid, H.: 2D+AP+EM+PS+SS+TF-MoM-5, 5; Wong, M.: HI-ThA-3, 59 42 SE+MN+PS+TF-WeA-4, 49 Wong, T.: NS-On Demand-8, 75; Yang, C.: PS-FrM-5, 69 Zakel, J.: AS-ThP-16, 63; SM+AS+BI+CA+MI+SS-TuM-1, 23 Yang, D.: SS+SE-FrM-11, 70 CA+2D+AS+MN+SE+SM+SS-FrM-1, 67 Wooding, J.: TF+BI+EM-MoM-10, 10 Yang, F.: LS+2D+MI+SS-TuA-3, 29; MI+2D+TF- Zakharov, A.: 2D+AP+EM+PS+SS+TF-MoM-6, Woodruff, J.: TF+EM-WeA-2, 49 FrM-9, 67 5; SS+2D+AP+PS+TF-TuM-11, 23 Woodward, J.: AP-TuP-1, 34; PS-ThP-7, 64; Yang, J.: 2D-On Demand-9, 72; Zakharov, D.: AS+BI+CA+LS+NS+SE+SS-TuM-2, TF+AP+SS-ThM-1, 53 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- 20 Woolf, D.: TF+BI+EM+MI-MoM-4, 10 5, 54; MS+AP-MoA-1, 15 Zakrzewski, A.: MI+2D+TF-FrM-6, 67 Woolf, H.: EL-TuP-7, 34 Yang, P.: AC+LS+MI-FrM-7, 66 Zalalutdinov, M.: EM+BI+MI+MN+NS+PS+TF- Worth, L.: VT+PS-TuM-1, 25 Yang, Q.: PS-FrM-7, 69 MoM-5, 7 Wortmann, M.: AS-ThP-11, 63; AS-ThP-12, Yang, R.: BI-TuP-4, 34; MN-On Demand-1, 75; Zandi, O.: AP-On Demand-6, 72 63; EM+BI+MI+MN+NS+PS+TF-MoM-3, 7; SE+BI+SS-ThM-6, 56 Zangari , G.: TF+HC+SS-TuA-7, 29 HI1-ThM-1, 52; LS-TuP-2, 35 Yang, S.: TF+HC+SS-TuA-9, 29 Zapf, V.: MI+2D+TF-FrM-6, 67 Wrachtrup, J.: QS+EM+VT-ThA-3, 61 Yang, W.: LS-TuP-3, 35 Zardetto, V.: TF+HC+SS-TuA-3, 29 Wright, B.: EL-MoA-3, 13 Yang, X.: AP+2D+EM+MN+PS+TF-MoM-3, 5 Zauner, L.: SE+AS+LS+MN+SS-ThA-6, 61 Wu, C.: PS-On Demand-6, 76 Yang, Y.: BI+NS-WeM-4, 39; PS-MoM-4, 9 Zauscher, S.: BI+NS-WeM-4, 39; BI-TuP-2, 34 Wu, F.: EM+TF-TuM-2, 21 Yanguas-Gil, A.: TF-On Demand-23, 78 Zberecki, K.: 2D+EM+NS+PS+QS-ThM-4, 50 Wu, J.: PS-MoM-10, 9 Yano, A.: AS-On Demand-5, 73 Zborowski, C.: AS+BI+CA+LS+SS-MoA-4, 12; Wu, M.: UN-ThP-16, 65 Yano, K.: AS+BI+CA+LS+SS-TuA-2, 31 AS-On Demand-2, 72; AS-On Demand-3, 73 Wu, S.: MN-On Demand-1, 75; MN-On Yao, J.: AC-On Demand-2, 72; AS-On Zebarjadi, M.: EM+MI-WeA-4, 45 Demand-7, 75; MN-On Demand-8, 75 Demand-19, 73 Zeng, Y.: 2D-On Demand-5, 72 Wu, T.: MI+2D+TF-ThM-5, 55 Yao, M.: VT-On Demand-1, 78 Zevin, V.: AC+LS+MI-FrM-11, 66 Wu, W.: PS-WeA-3, 48 Yao, Y.: EM+TF-TuM-10, 21; EM+TF-TuM-2, Zhang , Y.: SS+2D+AP+BI+NS+TF-ThA-3, 62 Wu, Y.: BI-TuP-4, 34 21 Zhang, C.: TF+SS-FrM-11, 71 Wu, Z.: LD+HC+SS-WeA-10, 46 Yarbrough, K.: EM+PS+TF-TuA-9, 28 Zhang, E.: QS+EM+SS-ThM-4, 53

Author Index 97 Bold page indicates presenter Author Index

Zhang, G.: AS-On Demand-8, 73 Zhao, T.: QS+EM+SS-ThM-6, 53 Zhu, J.: AC+LS+MI-FrM-12, 66; MN-On Zhang, H.: 2D-On Demand-12, 72; MI+2D+TF- Zhao, X.: BI-MoA-4, 13; Demand-1, 75; MN-On Demand-7, 75; MN- ThM-2, 55; NS+MI+QS+SS-WeM-3, 41 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- On Demand-8, 75; MN-On Demand-9, 75 Zhang, J.: PS-ThP-12, 64 6, 54; CA+AS+LS+MN+SS+VT-WeA-3, 45 Zhu, W.: 2D+EM+HC+NS+QS+TF-TuA-1, 27 Zhang, L.: MI+2D+TF-ThM-1, 55; PS-MoM-4, 9 Zhao, Y.: TF-On Demand-7, 78 Zhu, Y.: AS+BI+CA+LS+NS+SE+SS-TuM-2, 20 Zhang, P.: MN-On Demand-1, 75 Zhe, R.: NS+AS+BI+EM+LD+SS-WeA-4, 47 Zhu, Z.: AS+BI+CA+LS+SS-TuA-2, 31; AS-On Zhang, S.: 2D+EM+HC+NS+QS+TF-TuA-10, 27; Zheng, H.: Demand-19, 73; CA-On Demand-3, 74; SS- UN-ThP-11, 65 CA+2D+AS+BI+HC+LS+MN+NS+SM+SS-ThM- On Demand-5, 77 Zhang, W.: HC+2D+NS+SS+TF-MoA-3, 14; MI- 1, 54 Zhukovskyi, M.: MI+2D+TF-FrM-11, 67 On Demand-4, 75 Zheng, X.: MN+2D+NS+QS-ThM-3, 50; MN-On Ziegler, D.: NS-On Demand-16, 76 Zhang, X.: EM+PS+TF-TuA-7, 28; Demand-3, 75 Zientek, J.: VT-MoA-8, 18 SE+MN+PS+TF-WeA-11, 49; SS-On Demand- Zhitenev, N.: 2D-On Demand-5, 72 Zingsem, B.: MI-On Demand-5, 75 6, 77 Zhong, H.: MI+2D+TF-ThM-4, 55 Zollner, C.: EM+TF-TuM-2, 21 Zhang, Y.: AS-On Demand-11, 73; BI-On Zhong, T.: SS+CA+TF-MoM-6, 9 Zollner, S.: EL-MoA-10, 13; EL-MoA-5, 13; EL- Demand-9, 73; CA-On Demand-3, 74; EL-On Zhou, C.: NS-On Demand-17, 76 MoA-8, 13; EL-TuP-5, 34; EL-TuP-6, 34; EL- Demand-2, 74; PS+SE-FrM-8, 69; Zhou, H.: MI+2D+TF-FrM-6, 67; TuP-7, 34 TF+BI+EM+MI-MoM-10, 10 NS+AP+BI+MI+SM-TuA-4, 32 Zong, M.: SS-On Demand-6, 77 Zhang, Z.: HC+2D+NS+SS+TF-MoA-4, 14; PS- Zhou, J.: NS-On Demand-6, 75; SS-On Zope, B.: AP+EL+MS+NS+SS+TF-TuM-12, 19 FrM-3, 69; TF+AP-FrM-3, 71; TF+BI+EM+MI- Demand-17, 77; SS-On Demand-18, 77 Zorman, C.: MN+2D+NS+QS-WeA-12, 47 MoM-4, 10; TF-On Demand-7, 78; TF-TuP-4, Zhou, S.: LS-TuP-4, 35 Zou, Q.: MI+2D+TF-ThM-1, 55; MI+2D+TF- 36 Zhou, W.: TF+AP+MN+SS-WeM-3, 42 ThM-2, 55; NS+MI+QS+SS-WeM-3, 41 Zhao, C.: LD+HC+SS-WeA-10, 46 Zhou, Y.: AS+BI+CA+LS+SS-TuA-2, 31; SS-On Zwicknagl, G.: AC+LS+MI-FrM-11, 66 Zhao, J.: TF-On Demand-6, 78 Demand-5, 77 Zwolak, M.: CA+AS+LS+MN+SS+VT-WeA-11, Zhao, P.: SS+HC-TuP-14, 35 Zhou, Z.: VT-WeM-3, 42 45; NS+AP+BI+MI+SM-TuA-9, 32 Zhao, R.: QS+EM+SS-ThM-6, 53; TF+SS-FrM-7, Zhu, H.: HC+2D+NS+SS+TF-MoA-4, 14 Zywotko, D.: AP-On Demand-6, 72 71

Author Index 98 Bold page indicates presenter

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