HIGH TEMPERATURE PLASMA DIAGNOSTICS CONFERENCE

Monday, April 16, 2018 Thursday, April 19, 2018

Paradise Point Resort & Spa, San Diego, California, USA

1 Thursday April 19, 2018 (Invited Talks) and #14 (Posters) Session #13 Wednesday April 18, 2018 Session #11 (Invited Talks) and #12 (Posters) Session #9 (Invited Talks) and #10 (Posters) Break Tuesday April 17, 2018 Banquet Session #5 (Invited Talks) and #6 (Posters) Session #7 (Invited Talks) and #8 (Posters) Schedule Overview Session #3 (Invited Talks) and #4 (Posters) Session #1 (Invited Talks) and #2 (Posters) Break Monday April 16, 2018 Sunday April 15, 2018 Registration (4 PM to 7 PM), Reception (6 PM to 8 PM) Morning (8:30- 10:30, 10:30-12:30) Afternoon (2:00 - 4:00, 4:00- 6:00PM) (6:30- 8:30PM, 8:30-10:30PM) Evening

2 22nd Topical Conference on High- Temperature Plasma Diagnostics

Monday, April 16, 2018 - Thursday, April 19, 2018 Paradise Point Resort & Spa, San Diego, California, USA

Welcome to the 22nd Topical Conference on High Temperature Plasma Diagnostics! This biennial conference brings together plasma physicists and engineers from a variety of fields, including magnetic confinement fusion, inertial confinement fusion, space plasmas, astrophysics, and industrial applications, to discuss mutual problems in the development of instrumentation, experimental and analytical techniques for the characterization of high temperature plasmas.

SanDiegoHTPD2018.com

1

Table of Contents Committee Attribution 5 Exhibitors and Sponsors 6 Monday Schedule Detail 8 Tuesday Schedule Detail 20 Wednesday Schedule Detail 32 Thursday Schedule Detail 44

3

Conference Chair

Réjean Boivin, General Atomics

HTPD Program Committee April 2018

Theodore Biewer, Oak Ridge National Laboratory Réjean Boivin, General Atomics David Brower, University of California - Los Angeles Calvin Domier, University of California - Davis Johan Frenje, Massachusetts Institute of Technology Gareth Hall, Lawrence Livermore National Laboratory Hans Herrmann, Los Alamos National Laboratory Terance Hilsabeck, General Atomics George McKee, University of Wisconsin – Madison John Rice, Massachusetts Institute of Technology Greg Rochau, Sandia National Laboratories Brent Stratton, Princeton Plasma Physics Laboratory Wolfgang Theobald, University of Rochester George Vayakis, ITER Organization

We would like to sincerely thank Donald Hillis (ORNL), Robert Kauffman (LLNL), Joseph Kilkenny (GA), James Knauer (U. Rochester), Kirk Levedahl (DOE), Francis Thio (DOE), and Glen Wurden (LANL) who have served on this committee over the last several years.

5 he Orier wuld lie h ur hiir d Sr r heir eeru ur

6

7 HTPD Conference April 16-19, 2018, San Diego # Title Presenter Affiliation

Monday April 16th Start: 8:30 AM Welcoming Words Monday April 16th Start: 8:45 AM, End: 10:45 AM, Chair: D. Brower, UCLA 30 minutes each 1.1 Tests of a Full-Scale ITER Toroidal Michael General Atomics Interferometer and Polarimeter (TIP) Van Zeeland Prototype 1.2 A High-Throughput, Pulse-Front-Tilt– Joseph LLE Compensated Streaked Spectrometer for Katz Picosecond Optical Thomson Scattering from Electron Plasma Waves 1.3 A combined interferometer/phase Evan MIT PSFC contrast imaging diagnostic for multiscale Davis fluctuation measurements 1.4 Dual Laser Holography for In-Situ Theodore Oak Ridge Measurement of Plasma Facing Component Biewer National Lab. Erosion

8 Monday April 16th Start: 10:45 AM, End: 12:45 PM 2.1 Measurement of apparent ion temperature Maria MIT PSFC using the magnetic recoil spectrometer at Gatu the OMEGA laser facility Johnson 2.2 First Mirror Test in JET for ITER: causes for Sunwoo Royal Institute of reflectivity degradation Moon Technology (KTH) 2.3 High Detection Efficiency Scintillating Fiber Kunihiro National Institute Detector for Time-Resolved Measurement Ogawa for Fusion of Triton Burnup 14 MeV Neutron in Science Deuterium Plasma of Middle Size Tokamak 2.4 Using Motional Stark Splitting of Dα Keith General Atomics Emission to Constrain MHD Equilibrium Burrell Analysis in DIII-D Plasmas 2.5 Microscope requirements to diagnose high- Louisa LLNL spatial-frequency bright spots in inertial Pickworth confinement fusion implosions at the national ignition facility 2.6 Development of the multi-pass Thomson Masayuki Plasma Research scattering system with the laser Yoshikawa Center, University amplification system of Tsukuba 2.7 Simultaneous measurement of CVI, NeX Yingying Institute of and LiIII charge exchange lines on EAST Li Plasma Physics, Chinese Academy of Sciences 2.8 Velocity-space sensitivity of the time- Lijian Peking University of-flight neutron spectrometer of EAST Ge deuterium plasmas 2.9 Laser Induced Fluorescence for Singly Thomas West Virginia Ionized Atomic Iodine Steinberger University 2.10 Multi-Angled Multi-Pulsed Time-Resolved Jacob Cornell University Thomson Scattering on Laboratory Plasma Banasek Jets 2.11 Presenting the characterisation of a Pulse Alex AWE Dilation Photo Multiplier Tube intended Leatherland for use with a gamma-ray sensitive Gas Cherenkov Detector at NIF 2.12 A Wolter Imager on the Z Machine to Jeffrey R Sandia National Diagnose Warm X-ray Sources Fein Laboratories 2.13 Development of an optical Thomson Lucy AWE Plc scattering system for the Orion laser Wilson

9 Monday April 16th Start: 10:45 AM, End: 12:45 PM 2.14 Velocity-space sensitivity of the compact Yimo Peking University neutron emission spectrometers at EAST Zhang 2.15 Modeling the One-Dimensional Imager of Jeremy University of Neutrons (ODIN) for Neutron Response Vaughan New Mexico Functions at the Sandia Z Facility 2.16 Developing a Fast Visible Camera Diagnostic Elizabeth Oak Ridge for 2D-Measurements of the Balmer Series Lindquist National and Impurity Emission Lines in Proto-MPEX Laboratory, Hope Plasma Discharges College 2.17 Upgrade of the ECE diagnostic on EAST Hailin University of Zhao Texas 2.18 Real-Time Digital Phase Demodulator Randy Allen Palomar Scientific for the ITER Toroidal Interferometer and Colio Instruments Polarimeter (TIP) 2.19 Self-calibrating techniques for polarimetric Leonardo Padova Thomson scattering Giudicotti University 2.20 Self-Calibration of Electron Cyclotron Jinlin Dept. of Emission Imaging with Shape Matching Xie Modern Physics, University of science and technology of China 2.21 Signal to noise ratio of upgraded imaging Byron Jay National Institute bolometer for KSTAR Peterson for Fusion Science 2.22 Measurement of argon impurity by X-ray Yan Huazhong imaging crystal spectrometer on J-TEXT Wei University of Science and Technology 2.23 First results of multi-channel scintillator- Takahiro SOKENDAI based SX diagnostic with P47 scintillator in Bando deuterium plasma experiments of LHD and examination of method for design in EAST 2.24 The multi-channel Doppler Backscattering CHU University of system on EAST ZHOU Science and Technology of China 2.25 The new magnetic diagnostics in the WEST Philippe CEA tokamak Moreau

10 Monday April 16th Start: 10:45 AM, End: 12:45 PM 2.26 Diagnostic Suite of the C-2W Advanced Matthew TAE Technologies, Beam-Driven Field-Reversed Configuration Thompson Inc. Plasma Experiment 2.27 First Measurements of a scintillator based Javier Department of Fast-Ion Loss Detector near the ASDEX Gonzalez- Mechanical and Upgrade Divertor Martin Manufacturing Engineering, University of Seville 2.28 Distribution of collected target debris using John Lawrence the Large Area Solid Debris Radiochemistry Despotopulos Livermore Collector National Lab 2.29 Unabsorbed Light Beamlets for Diagnosing Dana Laboratory for Cross-Beam Energy Transfer Edgell Laser Energetics, University of Rochester 2.30 The Dilation Aided Single-Line-of-Sight Sabrina R. Lawrence Camera for the National Ignition Facility, Nagel Livermore Characterization and Fielding National Laboratory 2.31 Development of an Electrostatic Dust Tobin University of Injector for Impurity Injection in Tokamak Munsat Colorado Plasmas 2.32 Polarization-splitting crystals for 2–30 keV R. Nevada National spectral lines Presura Security Site, New Mexico Operations 2.33 Performance of a Cauchois Geometry Mark Lawrence Spectrometer at the National Ignition May Livermore Facility National Laboratory 2.34 Geometric fractionation of the NIF Narek Lawrence hohlraum debris Gharibyan Livermore National Laboratory 2.35 Initial Beam Emission Spectroscopy Yifan University of diagnostic system on the HL-2A tokamak Wu Science and Technology of China

11 Monday April 16th Start: 10:45 AM, End: 12:45 PM 2.36 A multi-species powder dropper for Alessandro Princeton magnetic fusion applications Bortolon Plasma Physics Laboratory 2.37 The NIF backscatter system: current Nuno Lawrence capabilities and planned improvements Lemos Livermore National Laboratory 2.38 Average neutron time-of-flight instrument Jedediah University of response function inferred from single D-T Styron New Mexico neutron events within a plastic scintillator 2.39 Radiation diagnostics for plasma current Binbin Tsinghua ramp-up and ramp-down research Wang University 2.40 Multiple nuclear burn history Alex LANL measurements using Cherenkov γ-ray Zylstra detectors 2.41 Commissioning and Calibration of VUV Jongin Seoul National Spectrometer on Versatile Experiment Wang University Spherical Torus 2.42 Upgrades to the electron cyclotron Kyu-Dong National Fusion emission diagnostic in KSTAR Lee Research Institute 2.43 Systematic study of turbulence properties Yan IRFM, CEA through reflectometry spectra Sun Cadarache 2.44 Coherence imaging system for 2D Nakamura Graduate School distribution of ion temperature and flow Kaori of Frontier velocity in laboratory magnetosphere Sciences, The University of Tokyo 2.45 High magnetic field test of the ITER outer Slavomir Institute of vessel steady-state magnetic field Hall Entler Plasma Physics of sensors at ITER relevant temperatures the CAS 2.46 Neutron measurements at the ELISE neutral Song University of beam test facility and implications for Feng Milano-Bicocca neutron based diagnostics at SPIDER 2.47 High-Speed Visible Image Diagnostics Heng Institute of System for Real-time Plasma Boundary Zhang Plasma Physics, Reconstruction of EAST Tokamak Chinese Academy of Sciences, Hefei, China

12 Monday April 16th Start: 10:45 AM, End: 12:45 PM 2.48 High-Resolving-Power, Streaked X-Ray Philip Laboratory for Spectroscopy on the OMEGA EP Laser Nilson Laser Energetics System 2.49 Research on the normal spectral band Yan School of emissivity of tungsten between 150 and Zhang Instrument 500°C Science and Opto-electronics Engineering of Hefei University of Technology 2.50 Title of Abstract: Application of Portable Shinichiro Institute of Near-Infrared Spectrometer to Heliotron J Kado Advanced Energy, Plasmas Kyoto University 2.51 Design and Raytrace Simulations of a Julia K. LLNL Multilayer-Coated Wolter X-Ray Optic for Vogel SNL’s Z Machine 2.52 Characterization of Shaped Bragg Crystal Christian LLE, University of Assemblies for Narrowband X-Ray Imaging Stoeckl Rochester 2.53 Design of a Custom Insertable Probe Ami M. TAE Technologies, Platform for Measurements of C-2W Inner DuBois Inc Divertor Plasma Parameters 2.54 Optimizing neutron imaging lines of sight Steve LANL locations for maximum sampling of the cold Batha fuel density in Inertial Confinement Fusion implosions at the National Ignition Facility 2.55 Non-Inductive Vertical Position Weixing University of Measurements by Faraday-effect Ding California Los Polarimetry On EAST tokamak Angeles 2.56 High-Speed Solid-State X-ray Framing Mark Sandia National Camera Improvements and Performance Kimmel Laboratories Testing

13 Monday April 16th Start: 6:30 PM, End: 8:30 PM, Chair: C. Domier, UCDavis 30 minutes each 3.1 A compact X-ray streak camera on Xing Laser Fusion Shenguang-III laser facility Zhang Research Center 3.2 Inferring the distribution function from Luke University of diagnostic measurements Stagner California, Irvine 3.3 Active spectroscopy measurements of Shaun Princeton the deuterium temperature, rotation, and Haskey Plasma Physics density from the core to scrape off layer on Laboratory the DIII-D tokamak 3.4 A steady state magnetic sensor for ITER and Martin ITER Organization beyond: development and final design Kocan

14 Monday April 16th Start: 8:30 PM, End: 10:30 PM 4.1 A multiplexer-based Q-band multi-channel Zhongbing Southwestern microwave Doppler backscattering Shi Institute of reflectometer on the HL-2A tokamak Physics 4.2 Studies of impurity generation and Francisco Fusion transport by the line ratio method in TJ-II Tabares Laboratory 4.3 Application of a novel soft X-ray camera Liqun Institute of based on 2-D Gas Electron Multiplier Hu Plasma Physics, (GEM) detector for the EAST high neutron Chinese Academy background plasmas of Sciences (ASIPP) 4.4 Measurements of Bulk-Fluid Motion in Owen Laboratory for Direct-Drive Implosions Mannion Laser Energetics, University of Rochester 4.5 Plasma Current Profile Measurement Haiqing Institute of by using improved Faraday rotation LIU Plasma Physics, measurement of POlarimeter- Chinese Academy INTerferometer for Long-Pulse Operation of Sciences on EAST (ASIPP) 4.6 Turbulence level effects on conventional José Instituto de reflectometry measurements observed in Vicente Plasmas e Fusão 2D full-wave simulations Nuclear, Instituto Superior Técnico, Universidade de Lisboa 4.7 Electron temperature turbulence Choongki the department measurements on the high magnetic field Sung of physics and side of the DIII-D tokamak astronomy, UCLA 4.8 Considerations of the q-profile control in Jinil National Fusion KSTAR for advanced tokamak operation Chung Research scenarios Institute 4.9 Simulations of Scattered neutrons for the JIAQI Peking University time of flight enhanced diagnostics (TOFED) SUN neutron spectrometer at EAST 4.10 FPGA - based Active - Feedback Laser Daniel Palomar Scientific Alignment System for the ITER Toroidal Finkenthal Instruments Interferometer and Polarimeter (TIP) 4.11 Neutron and gamma imaging aperture Valerie Los Alamos design for the National Ignition Facility Fatherley National Laboratory

15 Monday April 16th Start: 8:30 PM, End: 10:30 PM 4.12 Passive Detection of High Energy Particle Bruno General Atomics Loss using Rippled Tiles Coriton 4.13 Developing a long duration Zn K-alpha Michael University of source for x-ray scattering experiments MacDonald California, Berkeley 4.14 Fringe jump compensation techniques for Yong Un National Fusion the time-averaging zero-crossing phase Nam Research measurement in the KSTAR millimeter-wave Institute interferometer 4.15 Measurement of the toroidal radiation Ruihai Huazhong asymmetry during massive gas injection Tong University of triggered disruptions on J-TEXT Science and Technology 4.16 A rotary and reciprocating scintillator Juan Department based fast-ion loss detector for the MAST-U Francisco of Mechanical tokamak Rivero- Engineering and Rodriguez Manufacturing, University of Seville 4.17 Development of a 30 – 165 GHz density Christopher General Atomics profile reflectometer and performance Muscatello evaluation for ITER 4.18 Neutron emission spectroscopy of D Luca IFP-CNR plasmas at JET with liquid scintillating Giacomelli neutron spectrometer 4.19 Study of the properties of thin Li films and Felipe PSFC - MIT their relationship with He and H plasmas Bedoya using Ion Beam Analysis in the DIONISOS Experiment 4.20 Improvement of Infrared Imaging Kiyofumi NIFS Video Bolometer for Application to LHD Mukai Deuterium Experiment 4.21 Investigating the Relationship between Clement Lawrence Noise Transfer inside the Gated X-ray Trosseille Livermore Detectors Used on the National Ignition National Facility and their Imaging Ability Laboratory 4.22 Development of A Langmuir Probe Array for Shouzhi Tsinghua Mode Conversion Research Wang University 4.23 The First Operation of a Tangential Two- June-Woo National Fusion Color Interferometer in KSTAR Juhn Research Institute

16 Monday April 16th Start: 8:30 PM, End: 10:30 PM 4.24 Design of Ultra-fast Charge eXchange Minyou University of Recombination Spectroscopy diagnostic Ye Science and and photon flux simulation on EAST Technology of tokamak China 4.25 Development of optical probe for local Jae-young Department emission profile measurements in Versatile Jang of Nuclear Experiment Spherical Torus Engineering, Seoul National University 4.26 Plasma rotation measurement using UV/ Gaurav Pandit Deen Visible spectroscopy on ADITYA-U tokamak Shukla Dayal Petroleum University 4.27 Conceptual design of the radial gamma ray Marica IFP-CNR spectrometers for ITER Rebai 4.28 Wendelstein 7-X Bayesian Zeff inference in Sehyun Max-Planck- the Minerva framework Kwak Institut für Plasmaphysik 4.29 Comparative study of L1 & L2 type Phillip- Shishir SOKENDAI, Tikhonov regularization based tomographic Purohit The Graduate reconstruction for simulated Heliotron–J University for Soft X-ray measurements Advanced Studies 4.30 Means of alignment observation and Miroslav Institute of evaluation integrated into plasma Sos Plasma Physics, diagnostics based on Thomson scattering Czech Academy of Sciences 4.31 Validation of fast-ion prompt loss C.R. Institute of measurements during neutral-beam heated Wu Plasma Physics, plasmas on EAST* Chinese Academy of Sciences 4.32 A Novel Scintillator-based Neutron Imaging Verena Los Alamos System for the National Ignition Facility Geppert- National Kleinrath Laboratory 4.33 Bayesian uncertainty calculation in neural Andrea Max-Planck network inference of ion and electron Pavone Institute for temperature profiles at W7-X Plasma Physics 4.34 DIII-D Faraday-Effect Polarimeter for Fast Jie Physics & Magnetic Dynamics Measurement Chen Astronomy, UCLA 4.35 Simulation of the beamline thermal Mauro CNR - Consorzio measurements to derive particle beam Dalla Palma RFX parameters in the ITER neutral beam test facility

17 Monday April 16th Start: 8:30 PM, End: 10:30 PM 4.36 Fast-framing camera based observations Tadafumi TAE Technologies, of spheromak-like plasmoid collision and Matsumoto Inc. merging process using two magnetized coaxial plasma guns 4.37 Two monochromatic channels high Alexandre LULI resolution X-ray imaging of laser produced Do plasma using Fresnel zone plate 4.38 Thomson Scattering measurements on T.N. General Atomics DIII-D using in-vessel laser mirrors to Carlstrom diagnose a new divertor location 4.39 A diagnostic ion beam detector to measure P. J. Xantho poloidal magnetic flux Fimognari Technologies, LLC 4.40 Measuring across shock fronts using the Joseph University of Imaging Thomson Scattering diagnostic at Levesque Michigan OMEGA 4.41 Using time-resolved penumbral imaging David Lawrence to measure low x-ray emission signals from Bishel Livermore capsule implosions at the NIF National Laboratory 4.42 A Four wavelength multi-spectral imaging Bryan MIT PSFC system for Alcator C-Mod and TCV Linehan 4.43 Fielding the Pulse-Dilation Photomultiplier Benjamin Los Alamos Tube onto the Gas Cherenkov Detector at Pederson National NIF WellDIM3.9m Laboratory 4.44 Extreme Ultraviolet Spectroscopy in the Adam LLNL Divertor of DIII-D McLean 4.45 High-resolution and high energy x-ray Benjamin Lawrence penumbral imaging of layered DT Bachmann Livermore implosions on the NIF National Lab 4.46 Superlinearity, Saturation, and the PMT— Robert NNSS Tailoring and Calibration Methodology for Buckles Prompt Radiation Detectors 4.47 Measurements of nonresonant inelastic Luke SLAC National X-ray scattering for the characterization of Fletcher Accelerator warm dense Argon plasmas at the Linac Laboratory Coherent Light Source 4.48 Velocity correction for nuclear activation Hans Lawrence detectors at the NIF Rinderknecht Livermore National Laboratory

18 Monday April 16th Start: 8:30 PM, End: 10:30 PM 4.49 Polarisation-based suppression of John Australian background emission in visible light Howard National spectroscopy University 4.50 Streaked Backscatter Spectra of the Pre- David Sandia National Heat Laser on MagLIF Targets Bliss Laboratories 4.51 Ultra Fast Charge Exchange Recombination Dinh University of Spectroscopy Detector Upgrade for Ion Truong Wisconsin - Turbulence Measurements Madison 4.52 LaBr3 detectors for DD neutron yield Ellen LLNL measurements Edwards 4.53 X-ray streaked Refraction Enhanced Eduard Lawrence Radiography (RER) for inferring inflight Dewald Livermore ice-ablator density profiles of ICF capsule National implosions Laboratory 4.54 Four-dimensional calibration turntable of X. School of the motional Stark effect diagnostic on Huang Electrical EAST Engineering and Automation, Hefei University of Technology 4.55 Spectral and intensity calibration of a Tania TAE Technologies, Thomson scattering diagnostic for the Schindler Inc. C-2W field-reversed configuration plasma experiment 4.56 Measurement of electron temperature Zhoujun Huazhong fluctuation on the J-TEXT tokamak via Yang University of correlation ECE Science and Technology

19 Tuesday April 17th Start: 8:30 AM, End: 10:30 AM, Chair T. Hilsabeck, General Atomics 30 minutes each 5.1 Absolute Calibration of a Time-Resolved Lan Princeton High Resolution X-ray Spectrometer for the Gao University National Ignition Facility 5.2 Derivation of a 3D volume in highly Laura Robin LLNL distorted ICF implosions from multiple line- Benedetti of-sight imaging 5.3 Prospects of X-ray Imaging Spectrometers Andreas Max-Planck- for Impurity Transport: Recent Results from Langenberg Institut für the Stellarator Wendelstein 7-X Plasmaphysik 5.4 Sub-nanosecond Single Line-of-Sight (SLOS) Kyle General Atomics X-ray Imagers Engelhorn

20 Tuesday April 17th Start: 10:30 AM, End: 12:30 PM 6.1 Relative Intensity Calibration of the B. A. Princeton DIII-D Charge-Exchange Recombination Grierson Plasma Physics Spectroscopy System Using Neutral Beam Laboratory Injection into Gas 6.2 Design of shattered pellet injection system You Huazhong and diagnostics capability on J-TEXT Li University of Science and Technology 6.3 Multipoint vertical-Thomson scattering Yuan Southwestern diagnostic on HL-2A tokamak Huang Institute of Physics 6.4 Implementing time resolved hot spot Shahab LLNL electron temperature capability on NIF Khan using a streak camera 6.5 Study of the acid phthalates (01l), Patrick Sandia National l<10, crystal reflections for quantitative Lake Laboratories spectroscopic studies 6.6 Study of electron temperature fluctuation Yilun UC Davis evolution with upgraded ECE Imaging on Zhu DIII-D 6.7 Development of Passive Vibration Isolator Kwan Chul NFRI for the Interferometers on KSTAR Lee 6.8 Polycapillary optics for Soft X-Ray Didier CEA transmission in ITER Mazon 6.9 Synthetic Diagnostic for Assessing Colin General Atomics Spatial Averaging of Charge Exchange Chrystal Recombination Spectroscopy Measurements 6.10 Inverse estimate of the perturbation Satoshi National Institute current density profile of the interchange Ohdachi for Fusion mode from the magnetic probe Science measurement in LHD 6.11 High temperature measurement using Bo School of Nuclear Neon-like Xenon lines on X-ray crystal Lyu Science and spectrometers on EAST Technology, University of Science and Technology of China

21 Tuesday April 17th Start: 10:30 AM, End: 12:30 PM 6.12 Dual-laser wavelength Thomson scattering Ekkehard Max-Planck- at Wendelstein 7-X Pasch Institut für Plasmaphysik 6.13 A combined mmwave and CO2 Roger J TAE Technologies, interferometer on the C-2W Jet plasma Smith Inc. 6.14 System Level Design of the ITER Bolometer Florian Max Planck Port Plug Cameras Penzel Institute for Plasma Physics 6.15 Fiber-Optic Pulsed Polarimetry Wayne STI Optronics, Measurements of DIII-D Poloidal Field Kimura Inc. 6.16 Design of Langmuir probe diagnostic Jichan Institute of system for the upgraded lower tungsten Xu Plasma Physics, divertor in EAST tokamak Chinese Academy of Sciences(ASIPP) 6.17 Extracting the turbulent flow-field using Matt University of velocimetry analysis Kriete Wisconsin- Madison 6.18 Engineering design for Wolter imaging Christopher Sandia National diagnostic on Z Ball Laboratories 6.19 Conceptual design of extended magnetic Stefano General Atomics probe set to improve 3D field detection in Munaretto NSTX-U 6.20 The upgraded JET Gamma-ray Camera Davide Istituto di Fisica based on high resolution/high count rate Rigamonti del Plasma “P. compact spectrometers Caldirola”, CNR 6.21 Development of a New Reflectometry Wayne Nevada National Endstation for Crystal Calibrations using Stolte Security Site Synchrotron Light Sources 6.22 Study of the spatial localization of ECE Yushu Institute of measurement in LHW-heated plasmas Zuo Plasma Physics, Chinese Academy of Sciences 6.23 Development of high speed full Takashi Institute of digital processing phase detector for Minami Advanced Energy, interferometry Kyoto University

22 Tuesday April 17th Start: 10:30 AM, End: 12:30 PM 6.24 Conceptual design for resistive bolometer Ryuichi National system with multi-apertures for total Sano Institutes for radiation power measurement in JT-60SA Quantum and Radiological Science ad Technology 6.25 Validation of electron temperature profiles Novimir A. Princeton on W7-X as measured using a x-ray imaging Pablant Plasma Physics crystal spectrometer Laboratory 6.26 Development of an Ultra-Fast Anthony Kentech Photomultiplier Tube for the Next Dymoke- Instruments Ltd. Generation Of Gamma-Ray Cherenkov Bradshaw Detectors for The National Ignition Facility 6.27 Testing a Cherenkov Neutron Time-of-Flight Vladimir Laboratory for Detector on OMEGA Glebov Laser Energetics, University of Rochester 6.28 Development of a HELIOS Diagnostic using Holly Oak Ridge a Fast Piezoelectric Valve for the Prototype Ray National Material Plasma Exposure eXperiment Laboratory 6.29 Thomson scattering systems on C-2W field- Kan TAE Technologies, reversed configuration plasma experiment Zhai Inc. 6.30 The LLNL warm electron beam ion trap T.E. Lawrence (WEBIT): An instrument for calibrating Lockard Livermore space-borne X-ray spectrometers National Laboratory 6.31 Millimeter-Wave Far-Forward Scattering Shigeyuki UCLA for Density Fluctuation Measurements on Kubota LTX-β 6.32 Pixel-to-pixel variation on a calibrated Patrick Department PILATUS3-based multi-energy soft x-ray VanMeter of Physics, detector University of Wisconsin- Madison 6.33 Accuracy of Assuming a Maxwellian Avram University of Electron Distribution Function in Milder Rochester - ThomsonScattering Analysis of Non- Laboratory for Maxwellian Plasmas Laser Energetics

23 Tuesday April 17th Start: 10:30 AM, End: 12:30 PM 6.34 A Platform for X-Ray Thomson Scattering Heath University of Measurements of Radiation Hydrodynamics LeFevre Michigan Climate Experiments on the NIF and Space Sciences and Engineering 6.35 Qualification of implanted depth markers Leigh Ann MIT Plasma for erosion and deposition studies in fusion Kesler Science and experiments Fusion Center 6.36 Developing a bright high-energy continuum Andrew Lawrence backlighter for EXAFS on NIF Krygier Livermore National Laboratory 6.37 First result of dispersion interferometer Weiming ASIPP, CAS based on CO2 laser on EAST Li 6.38 Characterization of Selenium Heα x-ray Christine General Atomics source on the National Ignition Facility Krauland 6.39 The particle time-of-flight (pTOF) detector P. J. MIT for high-yield (>1016) implosions at the Adrian National Ignition Facility 6.40 An Ion Beam System for Absolute Ryan TAE Technologies, Calibration of Neutral Particle Detectors for Clary Inc. C-2W 6.41 Using multiple nToF detectors to determine Robert LLNL hot spot velocity Hatarik 6.42 Experimental considerations to observe Paul University of two ionizing fronts in systems with a sharp Keiter Michigan absorption edge 6.43 Jet Outflow and Open Field Line Daniel TAE Technologies, Measurements on the C-2W Advanced Sheftman Inc. Beam-Driven Field-Reversed Configuration Plasma Experiment 6.44 Laser and pulsed power x-ray backlighters Maria Pia Johns Hopkins for electron density imaging using a Talbot- Valdivia University Lau x-ray deflectometer 6.45 Application of a hall sensor to pulse Akiyoshi Nihon University magnetic field measurement in the FAT-CM Hosozawa FRC experiments 6.46 Results of commissioning experiments George Lawrence using the NIF Optical Thomson Scattering Swadling Livermore VUV Spectrometer National Lab

24 Tuesday April 17th Start: 10:30 AM, End: 12:30 PM 6.47 Radially Scanning Magnetic Probes to Study Nathan University of Local Helicity Injection Dynamics Richner Wisconsin- Madison 6.48 Internal Magnetic Field Measurements Hiroshi TAE Technologies, of Translated and Merged Field-Reversed Gota Inc. Configuration Plasmas in the FAT-CM Device 6.49 Real-time phase calibration of the DIII-D L University of density profile reflectometer system Zeng California, Los Angeles 6.50 A space-resolved extreme ultraviolet Ling Institute of spectrometer for radial profile ZHANG Plasma Physics, measurement of tungsten ions in the EAST Chinese Academy tokamak of Sciences 6.51 Imaging of Divertor Strike Point Splitting in Richard University of RMP ELM Suppression Experiments Moyer California San Diego 6.52 A multichannel gated neutron detector Yuki Institute of Laser with reduced afterpulse rate for neutron Abe Engineering, time-of-flight measurements in strong x-ray Osaka University circumstances 6.53 Calibration of a Langmuir probe in Mariia Ghent University magnetized plasma using interferometry Usoltceva 6.54 Frequency sweep linearization of FM Seong-Heon NFRI reflectometry Seo 6.55 Table benchmark and simulation test of Wang University of EAST MIR system Liao Science and Technology of China 6.56 Upper Wide Angle Viewing System Design Matthew General Atomics for ITER Smiley

25 Tuesday April 17th Start: 2:00 PM, End: 4:00 PM, Chair: J. Frenje, MIT 30 minutes each 7.1 An Imaging Neutral Particle Analyzer for Xiaodi University of Precision Measurements of the Confined Du California, Irvine Fast Ions in Fusion Experiments 7.2 Reconstruction of the cold fuel shell in ICF Petr LANL experiments using neutron imaging at the Volegov NIF 7.3 A Quartz-based Cherenkov Radiator for Alastair LLNL High Precision Time-of-Flight Measurement Moore of DT Fusion Gamma and Neutron Spectra 7.4 Utilization of outer-midplane collector David University of probes with isotopically enriched tungsten Donovan Tennessee- tracer particles for impurity transport Knoxville studies in the scrape-off layer of DIII-D

26 Tuesday April 17th Start: 4:00 PM, End: 6:00 PM 8.1 Measurement of the fast electron Zhongyong Huazhong bremsstrahlung emissions on J-TEXT Chen University of Science and Technology 8.2 In-situ surface diagnostics for magnetic Zhehui Los Alamos fusion Wang National Laboratory 8.3 OMEGA Supersonic Gas-Jet Plasma Aaron Laboratory for Characterization with Thomson Scattering Hansen Laser Energetics 8.4 Development for neutron emission Tieshuan Peking University spectroscopy diagnostics for EAST Fan Deuterium operation 8.5 Forward modeling for the development Loïc EPFL of a Laser-Induced Rydberg Spectroscopy Reymond diagnostic on NSTX-U 8.6 Preliminary design on diagnostic port plug Gongshun Shenzhen for CFETR Li University 8.7 Time-Resolved and Multiple-Angle Sophia Cornell University Thomson Scattering on Gas Puff Z-Pinch Rocco Plasmas 8.8 Helicon Power Source Analysis of the M. ORNL/UT- Prototype Material Exposure eXperiment Showers Knoxville (Proto-MPEX) using Fluoroptic Probes* 8.9 Simultaneous measurements of turbulent Saikat University of Reynolds stresses and particle flux in both Chakraborty California San parallel and perpendicular directions in a Thakur Diego linear magnetized plasma device 8.10 Improvements of collective scattering Peng Huazhong measurements by polarimeter- Shi University of interferometer on J-TEXT tokamak Science and Technology

27 Tuesday April 17th Start: 4:00 PM, End: 6:00 PM 8.11 JET Diagnostic Enhancements Testing Joao EUROfusion and Commissioning in Preparation for DT Figueiredo Programme Operations Management Unit and Instituto de Plasmas e Fusão Nuclear, Instituto Superior Técnico, Universidade de Lisboa 8.12 Relative intensity calibration of KSTAR beam Jaewook KAIST emission spectroscopy by using fast visible Kim CMOS camera 8.13 Ion cyclotron emission (ICE) study on the Roman Max Planck ASDEX Upgrade tokamak Ochoukov Institute for Plasma Physics 8.14 Solid-state framing camera operating in Kevin LLNL interferometric mode Baker 8.15 Synthetic Diagnostic for Electron Cyclotron Ming University of Emission Imaging Chen California Davis 8.16 Single-shot, laser-driven x-ray powder Marius Sandia National diffraction measurements using Schollmeier Laboratories polycapillary optics to improve laser-to-x- ray conversion efficiency 8.17 Measurement and modeling of bent and Craig Nevada National flat KAP (001) reflectivity Kruschwitz Security Site, Los Alamos Operations 8.18 Low noise fast response power supply of Wenbin Tsinghua coil for high current modulation Liu University 8.19 Design of tangential multi-energy soft x-ray Hibiki The University of pin-hole cameras for tokamak plasmas Yamazaki Tokyo 8.20 Two-dimensional radiation profiles during Juhyeok Korea Advanced krypton seeding experiments with an Jang Institute of infrared imaging video bolometer (IRVB) in Science and KSTAR Technology (KAIST)

28 Tuesday April 17th Start: 4:00 PM, End: 6:00 PM 8.21 Development of a spectroscopic diagnostic Ana Ghent University, tool for electric field measurements in Kostc Faculty of IShTAR Engineering and Architecture/ Department of Applied Physics/ Research Unit Nuclear Fusion 8.22 Design Development of ITER Divertor Christopher ITER Organization Langmuir Probes Watts 8.23 Forward weight matrix derivation through Seungtae NFRI Monte-Carlo ray-tracing of KSTAR IRVB Oh 8.24 A new method to reconstruct the Bp profile Xiaoyi Peking University in the Laser-driven Ion-beam Trace Probe Yang (LITP) diagnostics 8.25 Application of the VUV and the soft X-ray Natalia The Institute of systems on JET for the study of intrinsic Krawczyk Plasma Physics impurity behavior during neon seeded ILW and Laser hybrid discharges Microfusion 8.26 Diagnosing fuel areal-density asymmetries Raspberry MIT using knock-on deuteron spectra for the 1D Simpson campaign at the OMEGA laser facility 8.27 Plasma image acquisition and position Shuangbao School of detection by using visible camera on EAST Shu Instrument Science and Opto-electronics Engineering, Hefei University of Technology 8.28 Multi-dimensional reconstruction of spatial Tirtha Raj Los Alamos profiles of plasma conditions in laser-driven Joshi National ICF implosions Laboratory 8.29 Plasma facing component calorimetry for Travis ORNL measurement of shot integrated deposited Gray energy in NSTX-U 8.30 First time-resolved electron density Michael TAE Technologies, measurements in the C-2W Advanced Beall Inc. Field Reversed Configuration plasmas from long-path compact second-harmonic interferometer

29 Tuesday April 17th Start: 4:00 PM, End: 6:00 PM 8.31 A Divertor Scraper Observation System for Glen Los Alamos Wendelstein 7-X Wurden National Laboratory 8.32 Calibration and applications of imaging Erik TAE Technologies, diagnostics on the C-2U advanced beam- Granstedt Inc. driven field-reversed configuration device 8.33 Signal-to-background ratio of a Thin foil Benjaminas Uppsala Proton Recoil neutron spectrometer at ITER Marcinkevicius University 8.34 Characterization of Biermann-Battery Bradley LLNL field advection in NIF cylindrical geometry Pollock targets 8.35 Initial Deployment of a Spatial Heterodyne Marcus G. University of Spectrometer to Measure Local Electric and Burke Wisconsin - Magnetic Field Fluctuations at DIII-D Madison 8.36 Magnetic Diagnostic Suite of the C-2W T. TAE Technologies, Field-Reversed Configuration Experiment Roche Inc. 8.37 Measuring non-axisymmetric fields from Edward General Atomics internal and external sources in the DIII-D Strait tokamak* 8.38 FIDA Diagnostic Development for the C-2W Nathan TAE Technologies, Field-Reversed Configuration Plasma Bolte Inc. 8.39 Characterizing the modulation transfer Hye-Sook LLNL function for X-ray radiography for HED Park experiments 8.40 Experimental Tests of an Infrared Video Reinke Oak Ridge Bolometer on Alcator C-Mod Matthew National Laboratory 8.41 The Engineering Challenges And Options Frank Los Alamos For Fielding The Next Generation Gas Lopez National Cherenkov Detectors At The National Laboratory Ignition Facility 8.42 Measurements of Formation Dynamics in a Ian TAE Technologies, Multi-Pulse Compact Toroid Injector System Allfrey Inc. 8.43 Real-time Dispersion Interferometry for Kai Jakob Max-Planck- Density Feedback in Fusion Devices Brunner Institut for Plasma Physics, Greifswald 8.44 Micro Ion Spectrometer for Fusion Plasma Amy West Virginia Boundary Measurements Keesee University

30 Tuesday April 17th Start: 4:00 PM, End: 6:00 PM 8.45 Motional Stark effect imaging first results Alex Australian on DIII-D Thorman National University 8.46 Solid State Streak Camera Prototype Yekaterina Nevada National Electronic Performance Testing and Opachich Security Site Improvements to Dynamic Range 8.47 Upgrades to Thomson Scattering Detectors Young General Fusion at General Fusion William 8.48 Design of a CR-39 Based Compact DD Brandon MIT Plasma Neutron Spectrometer for Measuring Yield, Lahmann Science and Ion Temperature, and Areal Density on the Fusion Center Z 8.49 High Resolution Magnetic Field Abdullah North Carolina Measurements in Hydrogen and Helium Zafar State University Plasmas using Active Laser Spectroscopy 8.50 High-energy differential-filtering photon Jackson LLNL spectrometer for ultraintense laser-matter Williams interactions 8.51 Impact of Response Function Edward Lawrence Uncertainty and Gamma Backgrounds on Hartouni Livermore Measurements from Cerenkov Detectors at National the National Ignition Facility (NIF)* Laboratory 8.52 Electron-lattice coupling in femtosecond Mianzhen SLAC National laser excited matter Mo Accelerator Laboratory 8.53 Development of O mode multichannel Haoming University of correlation reflectometry on EAST tokamak Xiang Science and Technology of China 8.54 Development of a multi-channel capacitive Takashi UW Madison probe for electric field measurements with Nishizawa fine spatial resolution 8.55 Experimental comparison of spherically Natalie LLNL bent HAPG and Ge crystal Hell 8.56 Microwave frequency comb Doppler Tokihiko National Institute reflectometer applying fast digital data Tokuzawa for Fusion acquisition system in LHD Science

31 Wednesday April 18th Start: 8:30 AM, End: 10:30 AM, Chair: T. Biewer, ORNL 30 minutes each 9.1 Tomographic Analysis of Complex Plasmas William LLNL Meyer 9.2 Using Integrated Data Analysis to Extend Lisa M. Dept. of Physics, Measurement Capability Reusch University of Wisconsin - Madison 9.3 Multi-Objective data analysis using Patrick Sandia National Bayesian Parameter Estimation for the Knapp Laboratories Interpretation of Magnetized Liner Inertial Fusion experiments 9.4 Simultaneous visualization of wall motion, Nobuhiko LLNL drive beam propagation, and implosion IZUMI symmetry by using hohlraums with thin- wall patches at the National Ignition Facility

32 Wednesday April 18th Start: 10:30 AM, End: 12:30 PM 10.1 Recent Developments and Near-term Plans David General Atomics for DIII-D Diagnostics Pace 10.2 Time-Resolved X-Ray Diagnosis Of Hang Research Center Hydrodynamic Processes Of Radiation- Li of Laser Fusion, Ablated Gold Plasma In An Elongated China Academy Diagnostic Hole of Engineering Physics 10.3 Effect of multi-ion source injection on Jinseok National Fusion motional Stark effect diagnostic Ko Research Institute 10.4 Enhanced high-temperature microparticle Bradley Los Alamos tracking using machine learning Wolfe National Lab 10.5 2D GEM based imaging detector Maryna IPPLM development from perspective of high Chernyshova intensity soft X-ray plasma radiation 10.6 Edge toroidal rotation shear dependence Di University of of the H-mode power threshold on EAST Jiang Science and tokamak Technology of China 10.7 Measurement of bremsstrahlung radiation A. Oak Ridge from runaway electrons with the Gamma Lvovskiy Associated Ray Imager on DIII-D Universities 10.8 Two-pass upgrade to the Thomson Nischal The University Scattering diagnostic on the Prototype Kafle of Tennessee- Material Plasma Exposure eXperiment Knoxville (Proto-MPEX) 10.9 Conceptual Design of a Heavy Ion Beam Thomas Xantho Probe Diagnostic for W7-X Crowley Technologies, LLC 10.10 Analysis of systematic trends in Arijit University of experimental observables for direct-drive Bose Michigan cryogenic targets on OMEGA 10.11 Prototyping and testing of the ITER plasma Paulo Instituto de position reflectometry high-field side in- Varela Plasmas e Fusão vessel antenna assembly Nuclear, Instituto Superior Técnico, Universidade de Lisboa 10.12 First step towards a synthetic diagnostic for Guiding University of magnetic fluctuation measurements using Wang California, Los cross-polarization scattering on DIII-D Angeles

33 Wednesday April 18th Start: 10:30 AM, End: 12:30 PM 10.13 Laser-induced fluorescence diagnostic qiaofeng University of of Ion Temperature and Density profile zhang Science and imaging via Pulse lasers in an oxide coated Technology of cathode argon plasma China 10.14 Development of tracer contained compact Daichi Nihon University toroid injection system Kobayashi 10.15 Improved Design of Local Oscillator Optics Xianli Huazhong System For Electron Cyclotron Emission Xie University of Imaging On J-TEXT Science and Technology 10.16 Further Studies of the Analogue Saturation James Photek Ltd Limit of MCP-PMTS Milnes 10.17 The lithium beam as a diagnostic tool for Ken Institute for measurement of current density, electron Liao Fusion Studies, and impurity density, and main ion University of temperatures in an H-mode pedestal Texas at Austin 10.18 Laser Calibration of the DIII-D Coherence Allen LLNL Imaging System Steven 10.19 Multi-frame radiography using the Crystal Gareth Lawrence Backlighter Imager coupled to a new Hall Livermore Single Line of Sight camera on the National National Ignition Facility Laboratory 10.20 Development of a multi-pinhole point- Robert University of backlit-radiography source VanDervort Michigan 10.21 Surface eroding thermocouples for fast Jun University of heat flux measurement in DIII-D Ren Tennessee – Knoxville 10.22 Recent Improvements and Successes of the James Nevada National NIF Opacity Spectrometer King Security Site 10.23 Measurements of the effective electron Thusitha Columbia density in an electron beam ion trap using Arthanayaka Astrophysics extreme ultraviolet spectra and optical Laboratory imaging 10.24 Secondary Electron Emission Detectors for James TAE Technologies, Neutral Beam Characterization on C-2W Titus Inc. 10.25 New ionization vacuum gauges with Uwe Max-Planck- LaB6 emitter for long-time operation in Wenzel Institut für Wendelstein 7-X Plasmaphysik

34 Wednesday April 18th Start: 10:30 AM, End: 12:30 PM 10.26 Photoelectric detection system of a fast- F. School of ion D-alpha diagnostic on experimental Luo Electrical advanced superconducting tokamak Engineering and Automation, Hefei University of Technology 10.27 The CHERS Diagnostic on LTX-β Drew Oak Ridge Elliott National Laboratory 10.28 Characterization of a Picosecond Gated Bethany Sydor Optical Intensifier Little Technologies 10.29 Measuring dynamic fast ion spatial profiles Richard TAE Technologies, with fusion protons in the Madison Magee Inc. Symmetric Torus 10.30 Bremsstrahlung x-ray source generation Channing Lawrence for high-Z radiography applications on the Huntington Livermore National Ignition Facility National Lab 10.31 Development of Wavelength Calibration Bo Institute of Techniques for High-Resolution X-ray Lyu Plasma Physics, Imaging Crystal Spectrometers on EAST Chinese Academy of Sciences 10.32 Combination Doppler Backscattering/Cross- L. University of Polarization Scattering Diagnostic for the Schmitz California Los C-2W Field-Reversed Configuration Angeles 10.33 X-ray Spectrometer Throughput Model for D. B. LLNL Flat Bragg Crystal Spectrometers on Laser Thorn Plasma Facilities 10.34 Innovative diagnostic techniques for ICF on Feng Laser Fusion the ShenGuang-III laser facility in China Wang Research Center 10.35 Integrated 2D Beam Emission Spectroscopy Zheng University of for the HL-2A/2M Tokamaks Yan Wisconsin- Madison 10.36 A Window-less Target for Magnetized Liner Anthony Sandia National Inertial Fusion Characterized using High- Colombo Laboratories Speed Solid-State Framing Cameras 10.37 Calibration and Forward Modeling for Joseph Durham Doppler Coherence Imaging Spectroscopy Allcock University on MAST-U

35 Wednesday April 18th Start: 10:30 AM, End: 12:30 PM 10.38 Ab Initio Response Functions for David Lawrence Cherenkov-based Neutron Detectors Schlossberg Livermore National Laboratory 10.39 Measurement of Ion Acoustic Modes in Emma SLAC National Warm Dense Matter at the LCLS Elizabeth Accelerator McBride Laboratory 10.40 Development of a three-wave far-infrared Bihe TAE Technologies, laser interferometry and polarimetry Deng Inc. diagnostics for the C-2W FRC experiment 10.41 Overview of the Wendelstein 7-X phase Eric SUNY Cortland contrast imaging diagnostic and results Edlund from the OP1.2a campaign 10.42 Correlation polarimetry for broadband E. UCLA fluctuation measurements Parke 10.43 Estimating Equatorial Electron Temperature Klaus LLNL in a NIF Hohlraum Using Time-Resolved Widmann X-Ray Emission Spectroscopy of Mid-Z Tracer Elements* 10.44 Conceptual Design of the ITER Tangential Vitaly Tokamak Energy Neutral Spectrometer Krasilnikov Ltd 10.45 Reconstruction and Analysis of Exploding Matthew University of Wire Particle Trajectories via Automatic Szott Illinois at Urbana- Calibration of Stereo Images Champaign 10.46 Progress On Next Generation Gamma-Ray Hans LANL Cherenkov Detectors For The National Herrmann Ignition Facility 10.47 Reflectometry diagnostics at Wendelstein Thomas MPI for Plasma 7-X: Systems overview and initial results Windisch Physics 10.48 On the System Stability and Calibration Joe Lawrence of the Imaging Plate/Scanner System for Holder Livermore Plasma Diagnosis at the National Ignition National Facility Laboratory 10.49 A Non-Invasive Method of Measuring the Michael Princeton Height of Liquid-Metal Surface Waves Hvasta University 10.50 Spectroscopy accompanied by a versatile Maciej Max-Planck- gas injection system in the divertor plasma Krychowiak Institute for of the experimental campaign OP1.2 at Plasma Physics Wendelstein 7-X

36 Wednesday April 18th Start: 10:30 AM, End: 12:30 PM 10.51 The X-ray Temporal Diagnostic (XTD) for Neel MIT time-resolved measurements of electron Kabadi temperature in warm and cryogenic DT implosions at OMEGA 10.52 Millimeter-wave system-on-chip Jo-han UC Davis advancement for fusion plasma diagnostics Yu 10.53 Scintillating fiber detectors for time Neng SOKENDAI evolution measurement of the triton Pu (The Graduate burnup on the Large Helical Device University for Advanced Studies) 10.54 The Neutron Camera Upgrade for MAST Marco Uppsala Upgrade Cecconello University 10.55 Development of thermal image plate Yoshiaki Naka Fusion using ceramics luminescence materials for Ohtani Institute, aligning and stabilizing beam axis of CO2 National laser Institutes for Quantum and Radiological Science and Technology 10.56 Observation of dynamic processes in Junichi Nihon University the collisional merging of field-reversed Sekiguchi configurations

37 Wednesday April 18th Start: 6:30 PM, End: 8:30PM, Chair: G. McKee, U. Wisconsin 30 minutes each 11.1 Helium line ratio spectroscopy for high Michael Max Planck time/spatial resolution plasma edge profile Griener Institute for measurements at ASDEX Upgrade Plasma Physics 11.2 Spatially Resolved Spectral and Magnetic Sonal Sandia National Field Measurements on High Power Diodes Patel Labs 11.3 Infrared Imaging Systems for wall Marcin Max-Planck- protection in the W7-X stellarator Waclaw Institut für Jakubowski Plasmaphysik 11.4 Advanced neutral alkali beam diagnostics Sándor Wigner RCP for applications in fusion research Zoletnik

38 Wednesday April 18th Start: 8:30 PM, End: 10:30 PM 12.1 Confocal laser induced fluorescence Miguel F. West Virginia measurements of neutral density along the Henriquez University axis of a plasma source 12.2 A correlation ECE diagnostic for detecting Yong Institute of small-amplitude, broadband Te fluctuation Liu Plasma Physics, on EAST Chinese Academy of Sciences 12.3 Wisconsin In-Situ Penning (WISP) Gauge – Thierry University of An in-situ gauge to measure partial neutral Kremeyer Wisconsin - pressures of hydrogen and impurities Madison 12.4 Development of High-speed VUV Kai Southwestern spectroscopy using modified Seya-Namioka Zhang Institute of monochromator and CEM detector in the Physics HL-2A tokamak 12.5 Multi-channel analog lock-in system Hanmin National Fusion for real-time motional Stark effect Wi Research measurements Institute 12.6 Recent work on laser-induced breakdown Daisuke University of spectroscopy (LIBS) for surface analysis at Nishijima California, San PISCES Diego 12.7 Advancing the capability of NIF Gated LEH Hui Lawrence imager Chen Livermore National Lab. 12.8 Investigation of toroidal rotation and ion Lee National Fusion temperature characteristics utilizing X-ray Sang Gon Research imaging crystal spectrometer on KSTAR Institute 12.9 Design and Performance Tests of the In- Masao National vessel Components of ITER Microfission Ishikawa Institutes for Chamber Quantum and Radiological Science and Technology 12.10 Assessment of the measurement Filipe Instituto de performance of the ITER Plasma Position da Silva Plasmas e Fusão Reflectometry low-field in-vessel system Nuclear, Instituto using a FDTD Maxwell full-wave code Superior Técnico, Universidade de Lisboa

39 Wednesday April 18th Start: 8:30 PM, End: 10:30 PM 12.11 Using L-shell X-ray Spectra to Determine Edward Lawrence Conditions of Non-LTE Plasmas Marley Livermore National Laboratory 12.12 Radiation hardness in Si detectors giulio Centro pellegrini Nacional de Microelectrónica (IMB-CNM-CSIC) 12.13 Suprathermal electron diagnostics for Michal Institute of the COMPASS tokamak using vertical ECE Farnik Plasma Physics of radiometer the CAS 12.14 Measurement of high-temperature Pinghan Los Alamos microparticle acceleration through imaging Chu National Lab 12.15 Dual filter imaging of ionization dynamics in Zhehui ASIPP high-temperature plasmas Wang 12.16 Design and Characterization of High- Angelica TAE Technologies, Repetition Rate Lasers and Collection Ottaviano Inc. Optics for Thomson Scattering Diagnostics on C-2W 12.17 12.18 Design and Initial Operation of a Laser Tomas MIT Plasma Blow-Off System on the DIII-D Tokamak Odstrcil Science and Fusion Center 12.19 Layered low-pass magnetic sensor Clayton E. Sandia National compensations for real-time mode Myers Laboratories identification in tokamaks 12.20 A 4k Hz high temporal resolution Thomson Qing Institute of scattering diagnostic developed on EAST ZANG Plasma Physics, Chinese Academy of Sciences 12.21 Dual Magnification IR Viewing System for Charles Lawrence DIII-D* Lasnier Livermore National Laboratory 12.22 Initial operation results of NE213 Jungmin Department of scintillation detector for the time-resolved Jo Energy System triton burnup measurements in KSTAR Engineering, Seoul National University 12.23 GaN Devices and Materials as a Platform Sun University of for Radiation Hard ICF Diagnostics Ke-Xun Nevada Las Vegas

40 Wednesday April 18th Start: 8:30 PM, End: 10:30 PM 12.24 Enhanced throughput and spatial Nick Princeton resolution modifications for infrared McGreivy University absorption measurements 12.25 Characterization of X-ray Spectrum of NRL/ Kevin Los Alamos Mercury using Aerogel Cherenkov Detector Meaney National Lab 12.26 An optical offset method for increased Michael Princeton dynamic range in schlieren imaging systems Jaworski Plasma Physics Laboratory 12.27 Towards Direct DC Conductivity of Warm Benjamin SLAC Dense Matter Measured by Single-Shot THz Ofori-Okai Spectroscopy 12.28 A New Tri-Particle Mono-Energetic G.D. Massachusetts Backlighting/Stopping-Power Platform for Sutcliffe Institute of the National Ignition Facility and OMEGA Technology 12.29 Improved Ablator Areal Density Analysis Yongho Los Alamos by Investigating Background Gamma-Ray Kim National Signal Laboratory 12.30 Fast neutron diagnostics on MTF Stephen General Fusion compression experiments Howard 12.31 A Spectroscopic Wave Electric Field E.H. ORNL Diagnostic for Heating and Current Drive Martin Systems 12.32 Soft X-ray backlighter source driven Chris Univ of California by a short-pulse laser for pump-probe McGuffey - San Diego characterization of warm dense matter 12.33 Plasma Imaging using High-Speed Solid- John Sandia National State Framing Cameras Porter Laboratories 12.34 Lithium vapor flow measurements on J.A. Princeton a Lithium Vapor Box Divertor similarity Schwartz University experiment 12.35 Measuring the optical conductivity of Zhijiang SLAC National strongly coupled plasmas with steepened Chen Accelerator density gradient Laboratory 12.36 Developing an experimental platform Tilo LLNL for collective x-ray Thomson scattering Doeppner measurements from capsule implosions at the NIF * 12.37 Upgrades and enhancements of the in- Neil CCFE vessel calibration light source on JET Conway

41 Wednesday April 18th Start: 8:30 PM, End: 10:30 PM 12.38 First Experimental Results of a Newly- Boda University of developed Gas Puff and Supersonic Yuan Science and Molecular Beam Imaging Diagnostic of Technology of HL-2A Tokamak China 12.39 Conceptual design of feedback system for Dongcheol National Fusion KSTAR safety SEO Research Institute 12.40 12.41 Instrumentation for the Upgrade to the JET Nick UKAEA Core Charge-Exchange Spectrometers Hawkes 12.42 Study of 1D spatial resolution in crystal K. W. Princeton Plasma x-ray spectroscopy* Hill Physics Lab. 12.43 154 GHz Collective Thomson Scattering Masaki The University of (CTS) diagnostic for H and D plasmas in LHD Nishiura Tokyo 12.44 The WEST X-ray imaging crystal Christel CEA spectrometer system Fenzi 12.45 A new laser blow-off system on Thomas Max-Planck Wendelstein 7-X Wegner Institute for Plasma Physics 12.46 Development of Gamma Ray Spectroscopy Ruijie Institute of with High Energy and Time Resolutions on Zhou Plasma Physics, EAST Tokamak Chinese Academy of Sciences (ASIPP) 12.47 A heterodyne dispersion interferometer for Tsuyoshi National Institute wide-bandwidth density measurements on Akiyama for Fusion DIII-D Science 12.48 Novel temperature diagnostic accuracy Guillaume Sandia National tests in photon-driven plasmas at the Z Loisel Laboratories facility. 12.49 Implementation of Wollaston Andrew Laboratory for Interferometry Diagnostic on OMEGA EP Howard Laser Energetics 12.50 Effects of neutron and gamma ray on YANG Graduate charge-coupled device for VUV/EUV Liu University for spectroscopy in deuterium discharges of Advanced Studies Large Helical Device 12.51 Incorporating magnetic equilibrium Tianbo Ghent University information in Gaussian process WANG / SWIP tomography for soft X-ray spectroscopy at WEST

42 Wednesday April 18th Start: 8:30 PM, End: 10:30 PM 12.52 Design of tangential x-ray crystal Kajal Pandit Deen spectrometer for ADITYA-U Tokamak Shah Dayal Petroleum University 12.53 Nd:YAG laser Thomson scattering Naoki Graduate School diagnostics for laboratory magnetosphere Kenmochi of Frontier Sciences, The University of Tokyo 12.54 Development of Phase Contrast Imaging on Shaobo University of HL-2A Tokamak Gong Science and Technology of China 12.55 Design and application of terahertz Wenzhe University of solid state source based multi-channel Mao Science and interferometer on KTX Technology of China 12.56 Particle and Heat Flux Diagnostics on the Martin E. TAE Technologes, C-2W Divertor Electrodes Griswold Inc.

43 Thursday April 19th Start: 8:30 AM, End: 10:30 AM, Chair: G. Rochau, SNL 30 minutes each 13.1 Using 2D velocimetry to probe the Suzanne J. LLNL hydrodynamic instabilities from Ali nonuniformities in ablator materials 13.2 The new Pulse Dilation – PMT Gas Hermann Los Alamos Cherenkov Detector for gamma reaction Geppert- National history at NIF Kleinrath Laboratory 13.3 Verification and Validation of Doppler Cameron LLNL Coherence Imaging for 2D Ion Velocity Samuell Imaging on DIII-D 13.4 ECE system for ITER M.E. Institute for Austin Fusion Studies, The University of Texas

44 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.1 High Resolution (> 12,000) X-Ray John Artep Inc Spectroscopy in the 6-100 keV Range Seely 14.2 Tracer-Encapsulated Solid Pellet (TESPEL) René National Institute Injection System for Wendelstein 7-X Bussiahn for Fusion Science, National Institutes of Natural Sciences 14.3 A support vector regression method for Dustin M. University of efficiently determining neutral profiles from Fisher New Mexico LIF data 14.4 Magnetic Perturbation Diagnostics in the P.E. Princeton High-Temperature, Lithiated Environment Hughes Plasma Physics of LTX-β Laboratory 14.5 Visible tomography diagnostic in NIO1 Matteo Consorzio RFX negative ion source: development and Brombin preliminary results 14.6 Development of the multi-channel J. Institute of Motional Stark Effect diagnostic on the Fu Plasma Physics, EAST tokamak Chinese Academy of Sciences 14.7 Analysis of metalic impurity content by Agata IPPLM means of VUV and SXR diagnostics in the Czarnecka presence of ICRF induced hot-spot on the JET-ILW poloidal limiter 14.8 Fast computation of 3D distribution of Deyong University of neutral density from neutral beam injection Liu California-Irvine in toroidal plasmas 14.9 Velocity-space tomography using prior Birgitte Technical information at MAST Madsen University of Denmark 14.10 Preliminary test of the Laser-driven Ion- Chijie Peking University beam Trace Probe in the PKU Plasma Test Xiao device 14.11 High resolution gamma-ray spectrometer Massimo University of with MHz capabilities for runaway electron Nocente Milano-Bicocca studies at ASDEX Upgrade 14.12 A large-aperture high-sensitivity avalanche Yasunobu Institute of Laser image intensifier panel Arikawa Engineering, Osaka University

45 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.13 Fast ion D-alpha measurements using a Huang Institute of bandpass-filtered system (f-FIDA) on EAST Juan Plasma Physics, Chinese Academy of Sciences 14.14 Design of combined optical system of ECEI Chengming University of and MIR on the EAST Qu Science and Technology of China 14.15 Electrode Coating Deposition System for Ken NNSS Special MCPs used in Time- and Space-Resolved Moy Technologies X-ray Imaging and Spectral Diagnostics at Laboratory the SNL Z Machine 14.16 Novel quasi-optical front end for optimized T.L. UCLA cross-polarization scattering for magnetic Rhodes turbulence measurements on the DIII-D tokamak# 14.17 Bayesian based missing input imputation Semin Department scheme for neural network reconstructing Joung of Nuclear magnetic equilibria in real time and Quantum Engineering, KAIST 14.18 Design, construction and installation of Luis F. PPPL a multi-energy soft x-ray (SXR) pinhole Delgado- camera in the Madison Symmetric Torus Aparicio (MST) 14.19 Calibration of Proton Dispersion for the Derek LLNL NIF Electron Positron Proton Spectrometer Mariscal (NEPPS) for short-pulse laser experiments on the NIF ARC 14.20 Radio Frequency Measurements of Kathreen Oak Ridge Energetic Particle Modes using the Ion Thome Associated Cyclotron Emission Diagnostic on the DIII-D Universities tokamak 14.21 Validation of the foil-on-hohlraum Cody Massachusetts technique for the Magnetic Recoil Parker Institute of Spectrometer for time-resolved neutron Technology measurements at the National Ignition Facility

46 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.22 Measurements of local magnetic field Derek S. Department and Ar-I metastable neutral velocity Thompson of Physics and distributions using LIF Astronomy, West Virginia University 14.23 14.24 Simultaneous High-k Scattering and Robert UC Davis Microwave Imaging Reflectometry on Barchfeld NSTX-U 14.25 In-situ wavelength calibration system for James Auburn the X-ray Imaging Crystal Spectrometer Kring University (XICS) on W7-X 14.26 The impacts of RMP coils on the magnetic Zhuo International measure and application in the control of Huang Joint Research plasma position in J-TEXT Laboratory of Magnetic Confinement Fusion and Plasma Physics, Huazhong University of Science and Technology 14.27 First Results from a High Time-Resolution Hannes Max-Planck- Thomson Scattering System Applied to Damm Institut for Pellet Fuelled Wendelstein 7-X Plasmas Plasma Physics 14.28 Tomographic reconstruction of AXUV Wei Huazhong radiations during disruptions on J-TEXT Li University of Science & Technology 14.29 Multichannel X-Ray Hot-Spot Imager Rahul Laboratory for Operating in the 5- to 30-keV Range on Shah Laser Energetics, OMEGA University of Rochester 14.30 One Dimensional Imager of Neutrons David Sandia National (ODIN) on the Z machine Ampleford Laboratories 14.31 Variable location channels to improve Saeid The University of efficiency and precision for direct grad Te Houshmandyar Texas at Austin measurements, and high spatial resolution Te-profile measurements using electron cyclotron emission

47 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.32 High resolution, high signal-to-noise crystal Peter Lawrence spectrometer for measurements of line Beiersdorfer Livermore shifts in high-density plasmas National Laboratory 14.33 Loss Electron Diagnostic Systems for Ryutaro Plasma Research Measurements of High Intermittent Heat Minami Center, University Flux in GAMMA 10 Tandem Mirror of Tsukuba 14.34 The Single Line-of-Sight, Time-Resolved Theobald Laboratory for X-Ray Imager on OMEGA Wolfgang Laser Energetics, University of Rochester 14.35 Upgrade on DIII-D neutron measurements Yubao University of utilizing ultra-fast digitization and pulse Zhu California Irvine identification techniques 14.36 Advancements of quasi-optical system Xianli Huazhong for Electron Cyclotron Emission Imaging Xie University of diagnostic on J-TEXT tokamak Science and Technology 14.37 Visible Spectroscopy Diagnostics For W Olivier CEA/IRFM Source Assessment In The West Tokamak: Meyer First Measurements 14.38 The Lawrence Livermore National Bernard J. Lawrence Laboratory X-ray Optic Calibration Facility Kozioziemski Livermore National Laboratory 14.39 Development of Charge Exchange Deepak TAE Technologies Recombination Spectroscopy Diagnostics Gupta for the C-2W Field-Reversed Configuration Plasma 14.40 Applications of hybrid-CMOS High-Speed John Sandia National X-ray Framing Cameras on the Z Facility Stahoviak Laboratories 14.41 Development and characterization of liquid Jongjin SLAC National argon and methane microjets for high-rep- Kim Accelerator rate laser-plasma experiments Laboratory 14.42 Characterization of photodetector temporal Joseph Lawrence response for neutron time-of-flight (nToF) Gordon Livermore diagnostics at the National Ignition Facility National Laboratory 14.43 Zeff Measurements and Spectroscopic Marcel TAE Technologies, Impurity Survey on the C-2W Field- Nations Inc. Reversed Configuration Plasma

48 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.44 A novel x-ray crystal spectrometer for the M. Princeton diagnosis of high energy density plasmas at Bitter Plasma Physics the National Ignition Facility Laboratory 14.45 High-speed data acquisition system based Shuangbao School of on FPGA for Tokamak Shu Instrument Science and Opto-electronics Engineering, Hefei University of Technology 14.46 Real-time dynamic processing analysis for D.M. School of the Motion Stark Effect diagnostic signal on Liu Electrical EAST Engineering and Automation, Hefei University of Technology 14.47 Determination of the Fast-Ion Phase-Space Juan Department Coverage for the FILD Spatial Array of the Ayllon- of Mechanical ASDEX Upgrade Tokamak Guerola Engineering and Manufacturing, University of Seville 14.48 Modal analysis of magnetic probe array Jianchao Shenzhen data with method of Stochastic Subspace Li University Identification in the J-TEXT tokamak 14.49 Plasma impurities observed by a pulse Monika IPPLM height analysis diagnostic during the Kubkowska divertor campaign of the Wendelstein 7-X stellarator 14.50 Design of an Imaging Fabry-Perot Seunggi Dept. Of Nuclear Interferometer for the VEST Edge Plasma Ham Engineering, Temperature Measurement Seoul National University 14.51 14.52 Development of a new compact gamma- Andrea Dipartimento ray spectrometer optimised for runaway Dal Molin di Fisica “G. electron measurements Occhialini” Università degli Studi di Milano- Bicocca

49 Thursday April 19th Start: 10:30 AM, End: 12:30 PM 14.53 Characterizations and Calibrations of M. Sandia National Multilayer Coated Wolter Optic for Wu Laboratories Z-Diagnostic at SNL 14.54 Analysis of Edge Passive Emission in Charge Ze Department Exchange Recombination Spectra on EAST Chen of Physics, Tokamak University of Science and Technology of China 14.55 Development of a time-of-flight low-energy Lei ASIPP neutral particle analyzer on EAST tokamak Mu

50 51 52