Special Meeting Section special meeting section

l

218th ECS Meeting las vegas las vegas, nevada October 10-15, 2010 Nevada Riviera Hotel, Las Vegas, Nevada

The Electrochemical Society Interface • Fall 2010 19 las vegas218th ECS Meeting October 10-15, 2010 Nevada

elcome to Las Vegas! We are pleased to venture into this city for the 218th ECS Meeting. This major international conference will be held at the Riviera Hotel and Casino, and will Winclude 43 topical symposia consisting of 2,394 technical presentations. You are invited to participate not only in the technical program, but also in the other social events planned for the meeting.

materials. In 1990, he developed a novel MOCVD system for Featured Speakers GaN growth, which was named Two-Flow MOCVD. Using this system, he was able to grow the highest crystal quality of GaN-based materials. Plenary Session and The ECS Lecture In 1991, Dr. Nakamura obtained p-type GaN films by thermal annealing for the first time and was able to clarify Current and Future Status of hydrogen passivation as a hole compensation mechanism. Nitride-based Solid State Lighting For many researchers, working since the beginning of GaN research in 1960s, this hydrogen passivation of the acceptors by Shuji Nakamura had hindered the ability to obtain p-type GaN films. In 1992, he was also able to grow the first InGaN single crystal layers, Monday, October 11 which showed the first band-to-band emission in PL and EL 1700h at room temperature. These InGaN layers have been used for Grande E, 1st Floor an emitting layer in all blue/green/white LEDs and all violet/ blue/green semiconductor lasers. Without his invention of In his plenary talk Shuji InGaN layers, there would have been no blue/green/white Nakamura will describe the LEDs and no violet/blue/green semiconductor laser diodes. current status of III-nitride based In 1993 and 1995, Dr. Nakamura developed the first light emitting diodes (LEDs) and group-III nitride-based high-brightness blue/green LEDs. He laser diodes. Recently, nitride- also developed the first group-III nitride-based violet laser based white LEDs have been used diodes (LDs) in 1995. In 1996, his former company, Nichia, for many application such as started selling white LEDs using his invention of blue LEDs. LCD TV backlight, lighting for These white LEDs have been used for all kinds of lighting inside/outside applications and applications in order to save energy consumption. The others. The efficiency of those white LEDs are around 150 electric consumption of white LEDs is about one tenth that lumen/W. On the laser diodes, high efficient and high power of conventional incandescent bulb lamps. In 1999, Nichia blue laser diodes have been developed. On the green laser started selling violet laser diodes for the application of blue- diodes, the output power is still not as high at the wavelength ray DVDs. Without his invention of violet laser diodes, the of around 525 nm. blue ray DVD would not have been realized. Shuji Nakamura obtained BE, MS, and PhD degrees in Dr. Nakamura moved to the U.S. from Japan in 2000 electrical engineering from the University of Tokushima, where he became a professor in the Materials Department Japan in 1977, 1979, and 1994, respectively. He joined Nichia at the University of California at Santa Barbara (UCSB). In Chemical Industries Ltd. in 1979. In 1988, he spent a year at 2007, he and his coworkers at UCSB succeeded in the first the University of Florida as a visiting research associate. In lasing of nonpolar/semipolar GaN-based semiconductor laser 1989 he started research on blue LEDs using group-III nitride diodes. In 2009, they achieved green semiconductor laser

20 The Electrochemical Society Interface • Fall 2010 diodes using semipolar GaN-based materials. The nonpolar/ Prof. Newman was associate editor for the Journal of semipolar GaN-based materials are key in obtaining high The Electrochemical Society for 10 years, starting in 1990. efficient blue and green laser diodes. In addition to his numerous publications, reviews, and Dr. Nakamura has received many awards, including: the lectures, Prof. Newman has made many contributions to Nishina Memorial Award (1996), the MRS Medal Award electrochemical technology through his consulting work. He (1997), the IEEE Jack A. Morton Award, the British Rank Prize is also a Faculty Senior Scientist and Principal Investigator in (1998), and the Benjamin Franklin Medal Award (2002). He the Environmental Energy Technologies Division at Lawrence was elected to the U.S. National Academy of Engineering Berkeley National Laboratory, where he is in charge of the in 2003. He received the Millennium Technology Prize in Batteries for Advanced Transportation Technologies program. 2006. In 2008, he received the Asturias Award from Spain. Lithium/polymer batteries and polymer-electrolyte fuel cells He received the Harvey Prize of Israel Institute of Technology have been highlights of recent work. In 2002, Newman spent a in 2010. He holds more than 100 patents and has published semester as the Onsager Professor at the Norwegian University more than 450 papers in this field. of Science and Technology in Trondheim, Norway.

Edward Goodrich Acheson Award Lecture Charles W. Tobias Young Investigator Award Lecture Energy Storage Diagnostics of Membrane Electrode Assemblies by John S. Newman by Thomas J. Schmidt Monday, October 11 1440h Wednesday, October 13 Capri 103, 1st Floor 1400h and Grande C, 1st Floor Grande F, 1st Floor las vegas Prof. Newman’s talk will include The commercialization of hydro- examples used to illustrate gen fuel cells is key for enabling the essentials of modeling a sustainable hydrogen-based electrochemical systems for economy. Low and high energy applications, with a focus temperature polymer electrolyte on energy and power as well as fuel cells (PEFCs) are promising, life and failure. The modeling and far-developed, technologies has a clear basis in chemical and for automotive, stationary, and physical principles, and covers length scales from molecules small portable applications. to the continuum in the context of both thermodynamics Although lots of component development and system field and transport, although the continuum scale is stressed. testing have been performed over the years, durability of The examples to be discussed include discharge curves, the stack and stack components, such as membrane electrode construction of optimized Ragone plots, modeling battery size assemblies (MEAs), membranes, electrodes, gaskets, or bipolar

and capacity use in a hybrid- or plug-in hybrid electric vehicle, plates is still a major concern. special meeting section molecular modeling of battery electrolytes, and the physics of One of the challenges in the development of membrane Zn shape change and Li dendrite growth. electrode assemblies is the impossibility to perform significant l

John S. Newman earned his BS in chemical engineering in numbers of durability tests in the laboratory on a component 1960 from Northwestern University. While at Northwestern, basis for the required lifetimes, mainly due to time and Dr. Newman was an engineering co-op student at Oak Ridge test station constraints. It is impossible to test for several National Laboratory and worked on diffusion in ion exchangers thousands of hours in order to find out if specific component and solvent extraction. Prof. Newman obtained his master’s advancements can last as long. That is, rapid or accelerated degree in 1962 at the University of California, Berkeley, on aging tests are necessary, which study specific degradation current distribution in porous electrodes, under the guidance modes in short time periods, and being able to correlate these of Charles Tobias. In 1963, he obtained his doctorate, on results with findings from realistic lifetime tests. For proper steady laminar flow past a circular cylinder at high Reynolds correlation between accelerating and realistic conditions, the numbers. While a PhD student, Dr. Newman contributed to degradation mode to be studied needs to be mechanistically the preparation of major portions of the English edition of well understood. This in turn is a prerequisite in order to Levich’s book, Physicochemical Hydrodynamics, published in design in situ and ex situ diagnostic methods, which are 1962. Shortly after receiving his doctorate, Prof. Newman able to give insight into the related physical property of joined the faculty at UC Berkeley. He became a full professor the membrane electrode assembly or its components. This in 1970, and is still an active member today. Dr. Newman’s contribution will discuss some diagnostic methods for MEAs book, Electrochemical Systems, published in 1973, with a second and the MEA components with respect to their usefulness printing in 1991, and a third in 2004 (with co-author Karen E. and limits. Thomas-Alyea), is used throughout the world as a monograph Thomas J. Schmidt is R&D Director at BASF Fuel Cell and graduate text in electrochemical engineering. GmbH in Frankfurt/Main, Germany. He received his Dr. Newman is an ECS Fellow, who twice earned the Young University Diploma in chemistry from the University of Author’s Prize: in 1966, for his work on current distribution Ulm/Germany in 1996 and his PhD in chemistry from the las vegas, nevada on a rotating disk below the limiting current; and in 1969, same university in 2000. That same year he joined the group for his work with his student William Parrish on modeling of P. N. Ross at Lawrence Berkeley National Laboratory as channel electrochemical flow cells. Other ECS awards include a Chemistry Postdoctoral Fellow. During this period, he the David C. Grahame Award of the Physical and Analytical intensively studied the fundamentals of electrocatalysis Electrochemistry Division in 1984, the Henry B. Linford of fuel cell reactions. He continued to work with G. G. Award for Distinguished Teaching in 1990, the Olin Palladium Scherer at Paul Scherrer Institute in Villigen/Switzerland Medal in 1991, the Battery Division Research Award in 2004, on the development of membrane electrode assemblies and the Vittorio de Nora Award Medal in 2008. In 1999, (MEAs) using radiation-grafted membranes and on oxygen Newman was elected to the National Academy of Engineering. electrocatalysis with oxide containing catalysts. Since fall In recognition of his outstanding contributions to The 2002, he has been working in the industrial development Electrochemical Society, Dr. Newman became an Honorary of high temperature membrane electrode assemblies and member in 2007. its components (membranes, catalysts, electrodes) using

The Electrochemical Society Interface • Fall 2010 21 las vegas, nevada l special meeting section 22 temperature of Applied SciencesinFrankfurt/Germany. Since Germany, Celtec sources, 2010 of Fuel Cells10Symposium. electrochemically journal also and the surface the working his Solid StateResearch inStuttgart(1979). polybenzimidazole Schmidt GmbH. Dr. was As subcontract several awardsandrecognitions (RD100,etc.). (a-Si) Si, group. teams and Technology supporting, of Solar, Since film 1992, module day and merged the colleagues, investors Incorporated (SCI). Dr. International Dr. From In the a cadmium the PhD ECS Schmidt field the Status andOutlook Status onthePhotovoltaic Amorphous in SolaronSolarBasedIndustry Cell R&D helped from operations. hired senior photovoltaic ECS fall Schmidt 1990, he solar ® Inc. 2007, von supporting collaboration

book In inventor During electrochemistry; MEAs. articles technology Short and into manufacturing as in also 1992 has of that 2009, 1996 fall and 1985, (GSI) by lecturer Roedern physics he cells scientist, to through electrochemistry, PEFC as Award he general he been entitled led acts the telluride, founded meeting Course has successfully NREL to In did was a these to and he returned Management has GSI on in Silicon within the postdoctoral F he Thin parallel active 2006, technology. as part co-authored 2006, by Bolko von Roedern Bolkovon by R&D the or research for has 17 (Dr. Wheat among for based subcontracts, developments electrochemical eleven moved co-organizer with been developed joined he eight (then high-temperature

oye Eetoye ul el Durability. Cell Fuel Electrolyte Polymer PEM patent t physical of the in work and been Film he Energy, Rer. line. and he materials developed he SERI’s Research a Las to NREL synthesis since R precursor commercialize Fuel the years three-person Center diploma Roedern Laboratory Project B D, 1 Grande 1830h 10 Sunday, October Germany, Clausthal National Ridge, membranes managed the SERI), peer-reviewed copper was at to olko Nat.) a serving of SERI applications technology. Partnership e Vegas. GSI and including He more fellow st start-up the technical chemistry in-house Cells Colorado 2009, finalists subcontractors a the the with involved

recently o of amorphous for CO, turnkey was from von Technology, Project. after as for f Max Leader amorphous-silicon-based indium as than and U to For the Thin Thin materials also being the received at electrochemical BASF a in (Dipl.

Technical Dr. s managing Photovoltaics formed First Renewable R well MEA company, … Stuttgart team Project working at (NREL). Harvard this Planck electrocatalysis Polymer st of oedern characterization forty amorphous 1975. a-Si monitor in Project, the as Together at served in Floor Schmidt Film Film in book a-Si This held at Fuel the BASF Solar, the diselenide Provadis co-instructor conference, as 1983 R&D national responsible and BASF national peer-reviewed Phys.) science. the University has by photovoltaic his field

He Institute 1999 Partnership; Partnership, Cell Manager again the project chapters as is University, University, University. Electrolyte on all Solar crystalline and Fuel Dr. Glasstech the for when has co-editor also Fuel activities National with a received of physics GmbH, day-to- aspects Energy School a silicon at Senior power World at team. high- some He since same thin- from Cells been R&D SERI won Cell Cell von and was the the Dr. his for for he in in of of of is materials course, two engineering; orhaveseveralyearsofexperiencewithPEFCs. activity that events this in-depth courses luncheon, Five This Buckley,D.Noel Instructor Scientific Writing for Scientists andShort Engineers Course #2 This Instructors Schmidt, Thomas and Gasteiger Hubert Polymer Electrolyte Fuel Cells Short Course #1 electronic requests 2010. 10, September is Courses Short ALL for members October appropriate pre-registration registration covers and an 218 documents a It fuel papers, headquarters including address elements ofgoodwritinginscience and engineering, technical best instructor biographies. instructor and descriptions course full for website ECS the Visit check to please reservations, hotel make surethecourseisrunning! or flight any the framework their half-cell performance, NREL through exchange part (e.g., techniques an major 2008, n situ in requirements and Model(SAM). for theSolarAdvisory Short Courses &TutorialsShort 50% will evaluation th interest evaluation cells suited years of electrocatalytic learning short-course thin Short

constitute Butler-Volmer course mathematical ECS he PV (e.g., Technology the diagnostics teach discount. abstracts, registrants the measurements, and 10, for reactions, (PEFCs). DOE has documents understanding degradation. current and film incubator of standard resistance, and Meeting. to course, Courses used including will refunds cell 2010 fees in course, number tutorial is a attendees also before to of attendees and of (Golden $520 refreshment of bachelor’s semiconductor is intended improving reversal), a be to nor actual describe reports, develops from densities, required. In kinetic The how polarization been we should evaluate their Pathway equations). (Pt will applied will The he practices, the processes These September any foundations are subcontracts. for text and journal of etc.). will registration 0900h To material the surface who PEFC Electrochemical be involved first is Office), be how thermodynamic subject advance nonmembers; parameters and theses, other of want the for program illuminate have benefit the materials, honored The deadline for registration impact reaction courses intimately their This breaks; offered semiconductor to have part, the Partnership papers, components the to scientists principles to fundamental critical terminology, curve. catalyst Subsequently, materials to area, activities completed 1630h. 17, quality and as to will various present various as skills we some improve most registrants in of fee it Scientifically, in will in only cancellation well orders, the 2010. like will proposals. conference the Society uncontrolled-operation shorting, does be electrocatalysis continental to Finally, physics, conjunction for familiar experience Fees characterization in students effectively and be will photovoltaic if used of polymer different as activation effects discuss of and programs driving voltage information not received and eoe making Before the their properties at writing etc. Interface held thermodynamics fuel the managing are and affect engineers this least and to cover devices. we chemistry, In Short H present The $425 of meeting. skills. cell proceedings with the pending 2 on formatting. develop are he forces,

the theoretical loss electrolyte functional will long-term of crossover, therefore, breakfast, from at their solar • scientific with energies, financed course meeting relevant Sunday, Written catalyst pursues Fall for writing Society offered of second Course liaison theory It many terms apply using Since some basic with bulk 2010 ECS first and and this will cell the All an an or is properly structured sentences, paragraphs, sections, and alike to either be introduced to or to refresh the fundamentals chapters and how to organize experimental results and of the subject. The approach will be rigorous but geared toward analysis in a format suitable for publication in the scientific applications. Attendees will have the opportunity to learn literature as well as in reports, theses, etc. practical aspects of this technology; in particular, lectures on the electrodeposition of magnetic materials, their alloys, and Short Course #3 compositionally modulated materials. Four lectures in the Fundamentals of Electrochemistry morning and four in the afternoon are planned. Each will last James J. Noël, Instructor about 45 minutes. The lectures are planned so as to develop fundamental concepts in the morning session, which then form the basis of lectures related to practical applications This course is suited to people with a physical sciences in the afternoon. Answers to queries of attendees will be background who have not been trained as electrochemists, but discussed during the sessions, breaks, and lunch period. who want to add electrochemical methods to their repertoire of research approaches. There are many fields in which researchers originally approach their work from another Professional Development Workshops discipline but then discover that it would be advantageous John R. Susko, Instructor to understand and use some electrochemical methods to complement the other work that they are doing. The course ECS will sponsor the following three professional development will cover the following areas. (1.) Introduction and Overview workshops at no extra cost to meeting registrants. All of Electrode Processes. (2.) Chemical vs. Electrochemical workshops will be held in Capri 109, 1st Floor. Thermodynamics (cell potentials, Nernst equation, electrode- solution interface, double-layer structure, and adsorption; Writing an Effective Cover Letter and Resume—The applications in analytical electrochemistry and sensors). need for a cover letter, how to write it, the many “do’s” and (3.) Chemical Stoichiometry vs. Faraday’s Law (coulometry, “don’ts” in preparing such a letter, and tips for drafting an bulk electrolysis). (4.) Chemical vs. Electrochemical Kinetics effective resume. (electrode reactions, rates, mechanisms and rate constants, Sunday...... 1500-1545h mass transport, Butler-Volmer, Tafel, and Levich equations). Monday...... 1200-1245h (5.) Kinetic Methodology (potential step and sweep methods, polarography, controlled-current techniques, controlled mass Job Interviewing Tips—How to improve your chances of transport approaches, rotating electrodes, microelectrodes, impressing the interviewer; key questions to ask; and other electrochemical impedance spectroscopy). (6.) Electrochemical important pointers for the interviewing process. Instrumentation (voltmeters, potentiostats, cells). (7.) Scanning Probe Techniques (scanning electrochemical Sunday...... 1600-1645h microscopy, AFM, etc.). (8.) Coupled Characterization Monday...... 1300-1345h Methods (modified electrodes, spectro-electrochemistry, in situ neutron scattering, surface analysis, etc.). Resume Round Table—Designed to provide feedback on resumes by publicly critiquing participants’ resumes and Short Course #4 offering suggestions on ways to make them more effective. To take full advantage of the workshop, please bring a copy of

Grid Scale Energy Storage your current professional resume. special meeting section Jeremy Meyers, Instructor

Monday...... 1400-1700h l This course is intended for chemists, physicists, materials scientists, and engineers to better understand the specific requirements for energy storage on the electric grid. The Award Winners course will introduce students to the concepts associated with the “smart grid” and the demands that intermittent NOTE: For complete biographies of the award recipients, and the renewable power sources place on the grid from the schedule of their presentations, please see the General Meeting perspective of distribution. We will then examine some Program on the ECS website: www.electrochem.org/meetings/ of the key technologies under consideration for energy biannual/218/218.htm. storage and the technical targets and challenges that must be addressed. Students will be brought up to date with the 2010 Class of ECS Fellows current state of the art, and review data from demonstration systems, experimental data from prototype designs, and some Established in 1989, the designation of Fellow of The modeling and analysis. The following areas will be covered Electrochemical Society is awarded for individual in this short course: (1.) introduction to the electric grid and contributions and leadership in the achievement of science renewable power sources; (2.) current role of energy storage and technology in the area of electrochemistry and solid-state on the grid; (3.) location and deployment of energy storage sciences and current active participation in the affairs of ECS. on the “smart grid”; (4.) existing technologies for energy storage on the grid; (5.) adaptation of secondary batteries Rudolph G. Buchheit is Professor for grid-based storage applications; (6.) redox flow batteries; and Chair of Materials Science (7.) high-temperature batteries for energy storage; (8.) novel and Engineering at Ohio State

battery concepts; (9.) materials and engineering challenges University. His research is in the las vegas, nevada for grid storage; and (10.) diagnostics and characterization area of corrosion science and techniques. engineering with emphasis on localized corrosion, corrosion Short Course #5 protection, and corrosion prediction, mainly of light Electrodeposition Fundamentals and Applications metals. He has also worked Sudipta Roy, Instructor extensively in the area of corrosion inhibition, surface Electrodeposition is a simple but powerful film deposition modification, and corrosion technique that is increasingly being used in the fabrication resistant coatings. He has published 185 technical articles of materials systems and devices, also in many instances by (100 peer-reviewed) on these subjects with students and those who have limited formal preparation in the subject. This colleagues, and holds eight patents related to surface course will offer the opportunity to students and researchers The Electrochemical Society Interface • Fall 2010 23 las vegas, nevada l special meeting section a the National in served 1991. recipient Science University Corrosion Technology and Award one outstanding teaching. materials He Fellow the in Executive key and Committee. to research carbon especially compounds molecular energy awards treatments moved uptotheranksofprofessorin2003. of Grants Trustees Professorship. Award, Porphyrins and Phthalocyanines and Porphyrins several otherjournals. Division 1993. in decade Division Fullerenes, He seeking Award organizing success oftheSociety. meetings 24 two-time books, Dr. Prof. Prof. biomimetic a peer the is was Morris faculty position book. note over He also Buchheit on from of and Materials he Commission harvesting, monies reviewed, and nanomaterial including D’Souza Young and instrumental group. (1999-2008) D’Souza’s of Laboratories and has edited NACE science and the demonstrates and Committee 200 of He the has recipient supramolecular Cohen and symposia Young Nanotubes, the in the He for Japan served recognition to Maryland Engineering editorial across for earned supramolecular He Faculty H. recipient plenary the served and to conference He coatings. three International, gain was is College various and from has the H. high establish Investigator a Award is has National Society Fontana research as and is the a member Uhlig the national and (more technical Research Process an been Journal of Materials Research. Materials of Journal (New a in Senior Secretary, the a board diligently Scholar systems for published and impact in BS presentations. Charles of his chemical/biochemical former of ECS sensor He is associate establishing from University 1985, at Educator’s the the Mysore, completing Bangalore, F the the University and the under Karl de Engineering in well an endowments. Mexico) of presentations the porphyrin/phthalocyanine of than rancis Carbon sustained for has Corrosion Merit Member of is Sciences Ohio and community. engineering and and solar Award, direction Award proceedings, Promotion active University journals, Bourgogne, Fellow, Corrosion Indian the MS Kadish recognized for Stanley editorial Corrosion Engineering, Science Ellison Vice-Chair, faculty the and applications. aimed contributed to directed nearly 18 Roger international

past on editor D’S from ECS India, cells State put Scholarship, electron from ECS, Nanostructures MS since of Award of member Excellence the India of the Directorate Chair and in postdoctoral He ouza Institute commitment University MacQuigg at Virginia Center of Corrosion E. the FNCN toward 200 and Guilard, five is of Mysore the His board 1990 and in of Ohio including of Division. editorial V. science Smalley and of 1998) 1994 For has within a Harrison at

and and from in Dijon, FNCN received supramolecular Houston research specialty Krishnan. of PhD enthusiasm book Technical Wichita 1997. seven the transfer, Science the serves Development of more Division until applications, a the 1992, won in State, recognition. co-authored member in Chair in of developing NACE, University, at where University PhD Université degrees he ECS the ora of Journal Award at at 1987 He Materials Board Division. chapters, Research Research Research board chapters Division the He Science, work (FNCN) He joining Faculty France, on than several several Loyola Sandia to papers joined his FNCN and under under of of is (JSPS) since After from State light Staff is ECS and and and and has the the the the his for for for he BS in of of at is a a to Professor boards and Japan. of Society Chemical he then is silicon, 2001, of high-k (Japan) Electrochemistry,” including He published Excellent the Japan. Electrochemistry hetero-atom By semiconductor/insulator Research He (2008), andECSManuelM.BaizerAward (2010). Japan Green SustainableChemistry.” of numerous main dimensional modeling ofGeandIII-Vsurfaces andinterfaces. characterization Physics 48 he Compounds” Organic outstanding characterization synthetic He meetings, (VOC) co-organizer Dr. Prof. the 2008, Ge-based using has review has has Takeda has developed the as work, he (2007), Fuchigami ECS gate He free developed of also and developed Principal & and authored Laboratory ora o Oe Science Oleo of Journal fluorine Houssa’s he - was of organic seven Papers the Biological Vlaanderen and symposia by articles, has “Selective dielectrics. Award Japan physics organic edited boron worked MOS compounds materials and as a the ora o Snhtc rai Ceity f Japan of Chemistry Organic Synthetic of Journal The is he Postdoctoral served of book methods an and Division as and Scientist, Award electrochemistry Section. Institute has remarkable new for widely devices, currently or the and atoms, current the a and Electrochemical at The a at Associate electrosynthesis at Electrochemistry of modeling review Electrochemical chapters key International the co-authored From published (FWO), such first-principles ECS as organic IMEC, new Electrochemical International 40 the “New of containing He element University Editor-in-Chief based of He for and book T M Professor degree Physics 1969, degrees in He University Institute 1996, Liège an 1999, thin characterization IMEC, promoted associate Institute the 1974 of Tokyo InstituteofTechnology. 1998. of as on meetings as 2001 research The Fellow book heterostructures hybrids oshio serves also University ichel The Dr. physics Physics well is working first contributions graphene and received Editor the assistant volatile of electrical Electrolytic electrosynthesis (Japan). internationally gate also on chapters. to over Electrochemical to He respectively. has and Electrochemical F (Belgium), from the on and

he electrical six over as H as of about Fuchigami as Achievement 2003, and 1986, Society their uchigami of sulfur, of professor is and oussa Society fields, a in in (1974) Fluorination high-k working served of a Division oxides. from Symposiums interests on of electrical the invited Publishing 280 an modeling of was employing to ME at Chair currently Gunma Provence. MS Senior Technology. the and organic ionic He the professor of Astronomy properties other the the he the Leuven characteristics. Technology officer Fund of

full 280 He was is technical (1971) Interface the and nitrogen, past and Systems a “Organofluorine is Leuven of characterization was on related gate to Department

Electrochemistry as Semiconductor of review first From ultn f the of Bulletin in has received liquids. From from a and researcher Scientist, in international University Japan promoted University publications, professor properties for include PhD methods an the modeling the the thirty recipient an and has recognized. a of (2006), compound of From (2004). dielectrics, mediators, 1993 1986, (Belgium). of on Society Society principles organized as councilor and at Associate Scientific • Assistant on of editorial systems. the 1999 Organic Organic 1997 articles. field He Fall on Toward degrees various a papers, iodine, at Award Tokyo Tokyo years. Chair Thus, made ultra- 2003 High from a PhD 2010 ECS and and and two was the the the the the His for He BE in in to to to of of of of of of of of at Dielectric Constant Materials and Gate Stacks of ECS since contributions to fundamental aspects of electrochemistry 2003. He is also a member of the executive committee of the relevant to corrosion” (1994), Fellow of NACE International IEEE Semiconductor Interface Specialists Conference (SISC) (1997), T. P. Hoar Prize of the Institute of Corrosion (best paper and currently serves as arrangements chair of this conference. in Corrosion Science during 1997; jointly with N. J. Laycock) in 1998, the W. R. Whitney Award of NACE International Robert G. Kelly is a professor of (2001), U. R. Evans Award of the Institute of Corrosion (2003), materials science and engineering the T. P. Hoar Prize of the Institute of Corrosion (best paper in at the University of Virginia Corrosion Science during 2002; jointly with P. Ernst) in 2003, (UVa). Professor Kelly’s research and the T. P. Hoar Prize of the Institute of Corrosion (best paper centers on the corrosion of in Corrosion Science during 2006; jointly with M. H. Moayed) materials with a focus on in 2007. He has held many memberships including Member understanding the underlying of the Scientific Advisory Board of the Max Planck Institute for mechanisms and developing Iron and Steel Research (2007) and Member of the National approaches to management of Academies ROCSE (Research Opportunities in Corrosion corrosion damage by applying Science and Engineering) committee, Washington DC (2008). new experimental methods and In recognition of his excellence in corrosion research and his computational approaches. He outstanding technical contributions to the field of corrosion received his BES (1984), MS science and technology, Dr. Newman was named the 2004 (1986), and PhD (1989) from the Johns Hopkins University. recipient of the H. H. Uhlig Award of the ECS Corrosion His PhD work was performed under the guidance of Patrick Division. Moran, Jerome Kruger, and Eliezer Gileadi. He then spent two years at the University of Manchester Institute of Science and Peter N. Pintauro is the H. Technology (UK) as a Fulbright Scholar with Roger Newman Eugene McBrayer Professor of before joining the faculty of the University of Virginia in 1990. Chemical Engineering and Chair Prof. Kelly’s past efforts have included work on the corrosion of the Department of Chemical of metals and alloys in marine environments, non-aqueous and Biomolecular Engineering at and mixed solvents, as well as stress-corrosion cracking and Vanderbilt University, Nashville, other forms of localized corrosion. Prof. Kelly is currently TN. He received BS (1973) and MS working with his students and colleagues at UVa and elsewhere (1975) degrees in chemical on studies of intergranular corrosion of marine aluminum engineering from the University alloys, development of improved accelerated testing, as well of Pennsylvania, and a PhD as corrosion sensing systems for reinforced concrete and degree in 1980 from the intergranular corrosion, and modeling of corrosion processes University of California, Los over many size scales. Angeles, under the supervision of Prof. Kelly has co-authored over seventy papers, presented Douglas Bennion. From 1981 through 1986 he was a fifty invited talks and is the Co-Director of the Center for postdoctoral scholar and then Research Assistant Professor in Electrochemical Science and Engineering at UVa. He was the Chemical Engineering Department at UCLA, working selected as the recipient of the 1997 A. B. Campbell Award for primarily in the area of organic electrochemistry with Manuel the best paper by an author 35 years old or younger and the M. Baizer. He joined the Chemical Engineering Department 1999 H. H. Uhlig Award for young corrosion educators from at Tulane University in August 1986, where he rose to the special meeting section NACE International. He is also a Fellow of NACE International. rank of Professor in 1994. In July 2002, he moved to Case l

He has won several teaching awards while at UVa, including Western Reserve University as Chair of the Department of an All University Teaching Award in 2004. He was the 2001 Chemical Engineering and was appointed Kent Hale Smith recipient of the Robert T. Foley Award from the National Professor of Engineering in October 2004. Professor Pintauro Capital Section of ECS. He has rendered technical assistance has been at Vanderbilt University since July 2008. to the NRC and DOE concerning the Yucca Mountain Project, Professor Pintauro’s research interests are in the areas of the USAF Aging Aircraft Program, the NASA Safety and electrochemical engineering, membrane fabrication and Engineering Center, and the 9/11 Pentagon Memorial design separations, organic electrochemical synthesis, membrane team. Professor Kelly is a member of ECS, NACE, and ASM. transport modeling, and fuel cells. He has developed and He has been active in ECS for over 15 years, including holding tested space-charge ion uptake and transport for Nafion all of the offices in the ECS Corrosion Division Executive cation-exchange membranes, with a special emphasis on Committee and the National Capital Section. In addition, he multicomponent salt systems. His electro-organic synthesis has served on numerous committees for ECS. work has focused on the use of low hydrogen overpotential catalytic cathodes for the electrochemical hydrogenation of Roger C. Newman joined the organic substrates, where such reactions are carried out in a University of Toronto in 2004 as PEM fuel cell reactor with no aqueous electrolyte, using either Professor and Senior Industrial water or H2 gas at the source of hydrogen. Most recently, Dr. Research Chair in the Department Pintauro has been working on new membrane materials of Chemical Engineering and and new membrane morphologies for proton-exchange Applied Chemistry. Prior to membrane and alkaline fuel cells. He has fabricated and tested joining the University of Toronto, ion-exchange membranes from polyphosphazene-based he spent twenty years in the materials as well as modified forms of DuPont’s Nafion®. He Corrosion and Protection Centre, has also developed an entirely new type of proton-exchange las vegas, nevada UMIST, Manchester (UK). Before membrane, where an electrospun nanofiber mat of a proton that he was a staff scientist at conducting polymer is embedded in an inert polymer matrix. Brookhaven National Laboratory. Professor Pintauro is the author or co-author of more than Dr. Newman has a range of 100 scientific publications (refereed journals, conference electrochemical interests, including aspects of sensors, proceedings papers, and book chapters) and is a listed coatings, and membranes. However, the majority of his inventor on eight patents. In 2001, he was the recipient (published) research deals with the mechanisms of localized of the Outstanding Researcher Award from the School of corrosion and stress corrosion cracking of metals. Engineering at Tulane University. From 1997 through 2002, He has received a number of international awards he was North American Editor of the Journal of Applied for corrosion research, including Fellow of the Institute Electrochemistry and is currently on the editorial advisory of Materials (UK) in 1994, the Third triennial Helmuth board for that journal. Since 2003, he has been on the Board Fischer Medal of DECHEMA (Frankfurt) for “outstanding of Directors of the North American Membrane Society, where The Electrochemical Society Interface • Fall 2010 25 las vegas, nevada l special meeting section 26 andmaterialsscience. the linkbetweenelectrochemistry researchers in structure-property science electrochemistry materials By of methods architectures, of the deNoraAward andM.BaizerAward Subcommittees. growth the to Physical co-chaired first magnetoresistance in Significant the Department 2009). 1980. he electrochemistry, the AdvancementofScience. years Materials andProcesses. the review for Chair on Divisions. further rank ofprincipalscientist. Initially issues, in an the Searson’s Professor Since support the served these international magnetic nucleation Atomic Department development electrodeposition bridging in situ Department and in electrochemistry He He for and Canadian five in approach a Society Nuclear 1980, topics such five-year has specializes a science, as is transmission He the electrodeposition, from Energy and presented further years group Pintauro accomplishments of Society active been nanowires, the has and Gordon Dr. as and at Oncology. and verify of other Fuel expert in in and/or the Nuclear relations, to scanning has to appointment, of Shoesmith co-chaired of Chemical five a Searson gap in more particular November in a in growth President member Disposal Canada electrochemical has 216 Fellow the made disciplines. other corrosion Physics electrodeposited to the Research year community the electron on between application th the been “XYZ recently Searson generation

Waste (London, research and and Manchester Science to June has the PhD a Director Hopkins Reynolds Technology. Massachusetts D P the He Institute Engineering Organization and NWMO) fabricate ECS waste extension. has has IE&EE contributions electrochemical eter avid of in and post-doctoral Ltd of advancing communities has numerous Chemistry in University demonstration from also Department the held 2005, Technology the Nuclear a influenced and Meeting corrosion the microscope include 1, Conference for been . S C. this electrodeposition, S models. materials from for Biomolecular member form Furthermore, Disposal been chemistry, hoesmith and 1998. American is and and on in holds Finance for the 2006-2008. Natural of this Canada) of chair 25 Professor and novel Astronomy, a of University, processing, Industrial Previously, active Engineering earson the a and bilayer Institute served Nanobiotechnology. the Prof. an Fellow Waste years, the bismuth Rest Energy analytical in (Toronto) in appointment symposia Research the of range He This pioneering is in was appointments of many of electrochemistry. active Program, electrochemistry in Vienna associate November Western

of studies waste presently Committee is on Johns and several microscopy, materials Institute was Association of understanding Searson University specializing in the Sciences

materials. 1982 achieving physics, a to of renewed Chemistry Management has Engineering, of his received of of Membranes: membranes. In Us” professor Technology researchers strengthen promoting of he appointed films, ultra-high researcher ECS analytical American container based databases Materials engaging materials and 2008, involved (October over Research of (NSERC/ Hopkins and at and the Council Ontario areas Science worked address and at island under is Johns 2000. since since work for and and and and was the the the the the use the his for He on he in in in of of of at in is is a situ force of as as 1994), Award, PhD nuclear review States, waste The has Association also received which areinrefereedjournalsandconferenceproceedings. 1996) Professorship Lash deterministic andprobabilisticapproaches. the Spectroscopy Committee, and Marco Musiani(Italy). the Meeting 1989 and Mark systems. particular ofJohnNewman. under thesupervision other conferences. presented impedance flow visiting has Electrochemical SocietySeries (Wiley). electrodissolution, disk collaboration problems applied impedance), with Us” talkonimpedanceforattheECSmeetinginfall2003. a Dr. Prof. Tribollet During surface Assistant collaborated French consultant and support won he Canadian under constructed clear he electrode diagnostics microscopy Miller, perturbations, Orazem and Shoesmith management Sweden, and boards 2001), electrochemical companies. is scientist has his micro Tribollet He of concerning awards with the the more electrochemical physical his the CEFRACOR, spectroscopy a PhD he has the of delivered of de and In generalized at 1979), University (2004). first for French with Atomic supervision. of on Institute Raman is Canadian am and particular, Mark Corrosion the Recherche (EHD with than International over in a temperature president at the is from and all corrosion and serves twenty NSF and The number He meaning. University physical Switzerland. such an the Claude organizations the these mass many Orazem an University His Regional Energy thirty neutron spectroscopy, 200 impedance), Electrochemical has mass impedance elected ECS he fellowship, of corrosion the University of annual published Canadian as Society on he years research (CNRS) de B of the Epelboin joined d’Electricité, from at Systèmes (Paris 6). and Engineers in In international of written transport, Mining is issues refereed groups Western the ernard of sciences Pierre Research (Canadian electrochemical Deslouis In invited gave the transport 1977 For the of (thermal the the (USA), Paris Society la corrosion corrosion Representative Fellow reflectometry rotation Laboratoire of 1973, short He Canada of for chair bio-deterioration the for same and the the spectroscopy et 370 his T in ECS he in the Recherche and by is in 6. he Electrochimiques Society Florida, of Society has magnetic current-sensing where in Ontario publications both Marie Chemistry talks Oscar conducting ribollet (NACE different at past course He held currently Canada, 2008 career, “XYZ Associate on after of of spent impedance). publications, California, of 1978. developing the in Metallurgy laboratory, Section, served Editorial speed Ecole organizations, laboratory Bernard (Discovery co-authored, processes. models the the Electrochemistry, nuclear Interface several in electro-diffusion a Curie Centre electrochemical Mattos he for his as a for CNRS on impedance one Interfaces Distinguished International, for In

he International 2010 international of is textbook countries, of field on part Scientifique the prepared to Impedance the Director Chemistry, graduation (1985). funded 1981, Supérieure worked a Université 2010 ISE. the a polymers, based year and years, • Advisory and National different program group Tribollet Berkeley position Director rotating (Brazil), (Cohen Fall and Annual models He He Award, Rest atomic United of 230 (MHD of (LISE) study Since non- with with as 2010 and and The has has has He on on he he by in in to of of of at et I. a a John W. Weidner is Associate mechanisms have been examined in detail. His subsidiary Department Chair and Campaign interest has been in the field of selective dissolution for Excellence Professor of (dealloying) reactions. Chemical Engineering at the Dr. Young’s work has led to two books, Diffusion in the University of South Carolina Condensed State (co-authored by J. S. Kirkaldy), Institute of (USC). He received his BS degree Metals, 1987, and High Temperature Oxidation and Corrosion in chemical engineering from the of Metals, Elsevier, 2008. His work has been recognized by University of Wisconsin-Madison the U. R. Evans Award (Institute of Corrosion Science & in 1986 and his PhD in chemical Technology), the Outstanding Achievement Award of the ECS engineering from NC State High Temperature Materials Division, the Corrosion Medal University under the direction of of the Australasian Corrosion Association, and election as a Peter S. Fedkiw in 1991. That Fellow of the Australian Academy of Technological Sciences same year he joined USC as an and Engineering. assistant professor as part of their Center for Electrochemical Engineering. In the summer of 1992 he was a NASA Summer Battery Division Research Award Faculty Fellow in the Energy Storage Systems Group at the Jet Propulsion Laboratory in Pasadena modeling nickel batteries. Dominique Guyomard received He spent a sabbatical at the University of California-Berkeley his PhD in 1985 in the field of working with John Newman in the fall of 1999 studying the semiconductor electrochemistry nickel electrode, and at Los Alamos National Laboratory from the Université Pierre et working with Tom Zawodzinski in the spring of 2000 Marie Curie in Paris. He joined modeling impedance in porous electrode. His next sabbatical the Institut des Matériaux Jean in 2007-08 was spent at the Fraunhofer Institute for Solar Rouxel (IMN, Nantes, France) in Energy Systems in Freiburg, Germany developing advanced 1986. From 1990 to 1992, he was catalysts for proton exchange membrane (PEM) electrolyzers. a visiting scientist with J. M. Professor Weidner has published 74 refereed journal Tarascon in Bellcore (NJ, USA), articles in the field of electrochemical engineering. His where he launched the carbon/ research group has created novel synthesis routines for spinel manganese oxide Li-ion battery materials and electrocatalysts, and they have used battery project. After returning to a variety of electroanalytical techniques and developed IMN in 1993, he created a new lab to conduct research on Li sophisticated mathematical models to advance the fields of battery materials. He is now Director of Research at CNRS advanced batteries, electrochemical capacitors, fuel cells, and (DR1) and Head of the Electrochemical Energy Storage and electrolyzers. As a graduate student he received an ECS Energy Transformation Department of IMN, supervising about 30-35 Research Summer Fellowship and the Student Research researchers (permanents, post-docs, and PhDs) on Li batteries, Award from the Battery Division for his dissertation work on moderate and high temperature fuel cells, and advanced the nickel electrode. In 2009 he received the Research Award spectroscopic techniques. from the ECS Energy Technology Division for his work on Prof. Guyomard’s expertise is built upon basic solid his patented PEM electrolyzer for the large-scale production state electrochemistry and material and surface science for

of hydrogen from gaseous SO2 as part of the hybrid sulfur applications on Li-ion and Li metal polymer batteries. His special meeting section process. research is focused on the design of new families of electrode Dr. Weidner has been active in ECS for over 20 years, materials; the use of innovative fabrication techniques; and l including two three-year terms as Member-at-Large for the the characterization of the physical, chemical, structural, Battery Division’s Executive Committee, three years as Advisor spectroscopic, morphologic, interface, and electrochemical to the Energy Technology Division, five years as Chair of the properties of battery electrodes for better understanding of Battery Division’s Student Research Award committee, four their reaction mechanism with lithium. Recent developments years as Chair of the Young Authors Award committee, and six include composite electrodes and interfaces. years on the Interface Advisory Board. He is past Chair of the Dr. Guyomard is involved in several local, national, and Industrial Electrochemistry and Electrochemical Engineering international committees on energy storage (including (IE&EE) Division and is currently Editor of ECS Transactions. the European Commission and the U.S. DOE). He serves in the advisory boards of several international conferences David Young was educated at (including International Battery Association, Lithium Battery Melbourne University, graduating Discussion, Pacific Power Source Symposia), and is organizer with a PhD in physical chemistry or co-organizer of several national and international symposia in 1969. He then moved to (including ICC3 Osaka in November 2010, MRS Boston in Canada, working in research November 2010, and ICACC Florida in January 2011). He positions at the University of will chair the next Lithium Battery Discussion in Arcachon, Toronto (Chemistry), McMaster France, in June 2011. University (Materials Science & Recently, Prof. Guyomard received the 2007 International Engineering), and the National Battery Association Research Award and the 2008 French Research Council of Canada Academy of Science Award for transfer of science to industry. (Applied Chemistry). He returned He is the author or co-author of 165 journal papers, six book to Australia to take a position chapters, and 18 patents. las vegas, nevada with BHP Steel Research. Subsequently he moved to the University of New South Wales, initially in Chemical Engineering & Industrial Chemistry, later as Head of Materials Science & Engineering for 15 years, and now in a purely research role. Dr. Young’s research has been mainly in the area of high temperature corrosion, with a strong emphasis on the mass transport processes that support solid-gas reactions. The work has focused on corrosion by mixed gases, leading to complex mixed products of oxides, carbides, sulfides, and/or nitrides. Internal oxidation, carburization, and metal dusting reaction

The Electrochemical Society Interface • Fall 2010 27 las vegas, nevada l special meeting section 28 scientist (http://sciencewatch.com/ana/fea/08novdecFea/). he applications, According and Pohang, Korea. additives, automotive a related technologies. R&D Advisor from of College for International Planck in Committee corrosion Institute recipient Worldwide Prize Scholar Amine Research the IBM Watson Research Center inYorktown Heights,NY. of ASM Reviews. passivation visiting Technology Corrosion Division H. H. Uhlig Award Dr. Dr. Dr. the the was Automotive journals Battery Division Technology Award Technology, 100 International. NACE, from Amine Frankel International Institute ECS named Frankel’s is of Award, to in in Award Award. of professor inhibition, a and to the Engineering. the of Research the Zurich the Corrosion 2003 and applications. Corrosion, and and Science is NACE, Conference Transfer. redox adjunct is UK U.S. field U.S. for for Applications. He the the a localized the Graduate inventions primary recipient at and fellow Senior Institute holds Iron He Federal founder Alexander Battery National shuttles and of the Leader and Harrison Watch, Materials and Corrosion, and Materials professor, Division, He then has battery Research He University protective or a Dr. U.S. of is lies polymers, advanced applications. is and research satellite, Science G K Battery Argonne systems advanced Center Director Chair, University engineering materials University. degree at from he on corrosion member Institute research received of Laboratory has also halil erald of Association a was Award, and ECS, for and Dr. responsible Amine Among was the Research Research Scientists, Faculty Scientific Advanced the Corrosion, filed technology von on MIT. a Pohang past use Amine has on

in the three-time . F S. A a NACE Manager Swiss Professor of coatings. of National and mine in Technology post-doctoral of science over at Dusseldorf for the military, of he in Humboldt and electrolytes, the sabbatical currently materials over interests of the and chair Prior his Paris lead Award the He Award cathodes, lithium Ferrous Staff rankel Council is

was American’s OSU metals award, Institute is materials His the 130 the International, Fontana HEV, Engineering, Federal many Lithium for the 200 development editorial development a the a earned organizer from in from to and of of Senior He recipient 2007 Member the 2010 patents, Laboratory. from main for Distinguished 2008. ScD the directing of and and

joining the publications. Uhlig Ohio serves in are and is Technology, batteries engineering at is and Foundation and awards, PHEV, on most 1998-2008 Excellence electrolyte group of researcher Corrosion Advanced past Technical T. 2005 the degree Materials Corrosion recipient the Research the Batteries board Scientist the medical In anodes, interest Science in Top science P. battery battery a Brown patent alloys, Award of at of as OSU, chair 2009 DNV 2009 Hoar cited State OSU Max and and and ScB the the the the the EV, Dr. for He an 50 in of of of at Society Japan Process papers, thirty-fivereviewandfifteenbookchapters. thin of Associate executive board). Surface Journal Journal of The Electrochemical Society), mechanisms, magnetic device high-density member developing density investigating conducts as functional such understanding has the patents. fuel and (MEMS) actuator, Honoris Aix-Marseille Humboldt Fulbright-Awardee/Visiting of Electroceramics Inc. environment chemicals, and automotiveemissions. Electrochemistry sensing Prof. Prof. High Temperature Materials Division Ceramics. cells, emphasized optimization form films with surfaces Outstanding Achievement Award Institute processing Homma’s Engineering Tuller functional of Finishing systems. and of Causa solar/photolysis properties research Professor and of properties Fellow Electrodeposition Division devices, a Japan ECS new focus data photonic to performing Prof. 335 compatible (2004); nanostructured has their and of the of Univ. (currently the This (Germany); of Research Award storage conditions. (a current methods articles, Society received Electronics Tuller to the electrochemical (Chair-Elect theory on development The at energy by of modeling, and member co-founder work deposition Fellow obtain Oulu, materials Stanford nanostructured utilizing development Electrochemical surface ab initio is systems. cells); Technology), devices research (DFT) of chemistry University degrees the T H received Dean Applied 1992, University, and to university Materials member at of Professor Electronic Electroceramics obtained electrical School engineering EngScD has serving twelve related many Editor-in-Chief akayuki for arry Finland Professor and of atomistic He Japan surfaces of Packaging been MIT, faculty of 1998, the and processing, chemistry into electrochemical University. American of molecular evaluating respectively. studies has member

of Engineering Division

of the to of honors In . T L. devices processes co-edited interests as in micro Chemistry devices

the the Engineering.

extensively microelectromechanical Science his of the detect (a Society in addition, Crystal H Boston published of since where (2009) Materials engineering his

an solid executive with at surfaces, of in he uller of omma integration International The and councilor), the Tokyo,

Univ. Columbia MEMS-based BE, of Faculty Associate the (a applied including reactors, of (sensors, 5: from 1987, BS of and Ceramic Interface 1991. state

was novel orbital characterization, explosives, of include those Ceramics and He Laboratory.

Electrochemical Electrochemical World faculty electrochemical

member is books, and structural ME, Department is he MicroSystems, and He silicon and the Physics Prof. and and a systems and published

142

at is Professor approaches, His Paris; science Engineering board), Japan. member a 1989, From has electronic/ of

Université serves University processes, (MO) and an ora of Journal of and Associate Academy batteries, Editor • applying and and physical Director reaction research Homma creating Docteur original Visiting Society; Waseda Waseda of Fall and Science MS Society sensor, been of under active harsh toxic 1997 ultra such PhD that 2010 von and and and and and and the the the his He He 22 in in of of of of as a Luminescence and Display Materials has been instrumental in drawing upon concepts from other Division Centennial Outstanding scientific communities and applying them to molten salts Achievement Award and ionic liquids to help explain their unique properties.

David J. Lockwood obtained his Sensor Division PhD in physics from Canterbury Outstanding Achievement Award University, New Zealand in 1969, was awarded a DSc in 1978 from Thomas Thundat is a Canada Edinburgh University, UK, and a Excellence Research Chair DSc from Canterbury University professor at the University of in 2000 for his work on the Alberta, Edmonton, Canada. electronic, optical, and magnetic Until recently he was an ORNL properties of solids. He carried Corporate Fellow and group out post-doctoral work in leader for the Nanoscale Science physical chemistry at Waterloo and Devices group at the Oak University, Canada (1970-1971), Ridge National Laboratory. He is and was a research fellow in also a research professor of physics at Edinburgh University (1972-1978), before joining physics at the University of the National Research Council (NRC) of Canada in 1978 Tennessee, Knoxville, and a where he is presently a Principal Research Officer. distinguished professor at the At NRC Dr. Lockwood’s research has centered on the Indian Institute of technology, Madras, India. He obtained optical properties of low dimensional materials and recently his PhD in surface physics from the State University of New has focused on Group IV and III-V semiconductor quantum York at Albany in 1987, under the direction of Walter Gibson. dots and transition-metal magnetic nanostructures. Dr. He began working at Oak Ridge National Laboratory in 1991, Lockwood has published more than 500 scientific articles in where he remained until 2010. journals and books and holds six U.S. patents. Dr. Thundat’s expertise includes physics and chemistry of Dr. Lockwood is a Fellow of ECS, the American Physical interfaces, solid-liquid interface, biophysics, scanning probes, Society, and the Royal Society of Canada, and he serves on the nanoscale phenomena, and quantum confined atoms. His editorial boards of five physics journals as well as being the research interests include nanomechanics, solid–liquid founding editor of the book series Nanostructure Science and interface, nanomechanical sensors for physical, chemical, Technology. In 2005 he was awarded the Brockhouse Medal and biological detection, scanning probe microscopy, of the Canadian Association of Physicists for outstanding quantum confined atoms, and mid infrared spectroscopy of achievement in condensed matter and materials physics surface adsorbates. His current research focuses on developing and the Tory Medal of the Royal Society of Canada for chemical and biological sensors with extreme high sensitivity outstanding research in any branch of astronomy, chemistry, using micro and nanocantilever arrays. mathematics, physics, or an allied science. In 2008, he was Dr. Thundat has published over 260 publications in peer- the recipient of the Exact and Natural Sciences Award of the refereed journals and 45 book chapters; his work has received Academy of Sciences of Cuba. over 7,300 citations; and he has given over 150 invited talks at international conferences and institutions. Dr. Thundat special meeting section has been awarded 29 U.S. patents. He is currently on the

Physical and Analytical Division l editorial boards of the Review of Scientific Instruments, Research Max Bredig Award Letters in Nanotechnology, and the Microscale Thermophysical in Molten Salt Chemistry Engineering Journal. Dr. Thundat is the recipient of many awards including C. Austen Angell holds BSc and the U.S. Department of Energy’s Young Scientist Award MSc degrees from the University (1996); three R&D 100 Awards (1996, 2004, 2010); a Discover of Melbourne, and a PhD degree Magazine Award (2000); three National Federal Laboratory from London University, Imperial Consortium Awards for Excellence in Technology Transfer College of Science where he was a (2000, 2003, 2005); the ASME Pioneer Award (2004); the Stanley Elmore Fellow and also Scientific American 50 Award (2004); the Jesse Beams the winner of the Armstrong Award (2004); the Indian Institute of Technology Madras Medal for Research Excellence. Distinguished Alumnus Award (2004); and the Nano 50 Award He has held positions at the (2007). He was recognized as a Battelle Distinguished Inventor University of Melbourne, Argonne in 2003. Dr. Thundat was named ORNL Inventor of the Year National Laboratory, and Purdue in 2000 and 2003. He is an elected Fellow of the American University, before moving to Physical Society (APS) and the American Association for the Arizona State University in 1989 Advancement of Science (AAAS). Dr. Thundat was named an where he presently holds the position of Regents Professor of ECS Fellow in 2008. Chemistry. Prof. Angell has made many significant contributions over his distinguished career as evidenced by his almost 500

publications and his awards including: the MRS Turnbull las vegas, nevada Lecture (2006), the ACS Joel Henry Hildebrand award for the study of liquids (2004), the Neville Mott award of the Journal of Non-Crystalline Solids (1992), and the Morey Award of the American Ceramic Society (1990). More importantly, Prof. Angell has been one of the pivotal researchers in the molten salt and ionic liquid community for the past 50 years, and he has led the way in the development of the fundamental science of these fascinating and important systems dating back to his very first publication in 1958. Professor Angell has consistently been the genesis for both the development of new classes of ionic liquids and innovative new ideas about how to understand them, and he

The Electrochemical Society Interface • Fall 2010 29 las vegas, nevada l special meeting section 30 www.dropsens.com [email protected] Luis Valino DropSens www.comsol.com [email protected] Lindsay Paterson COMSOL, Inc www.cambridgenanotech.com [email protected] Andrea Klos Cambridge NanoTech www.bio-logic.us [email protected] Bill Eggers Bio-Logic www.arbin.com [email protected] Antony Parulian Arbin Instruments www.als-japan.com [email protected] Katsunobu Yamamoto ALS Co.,LTD www.ajaint.com [email protected] Linda Tardie AJA International www.agilent.com/find/nano [email protected] Joan Horwitz Agilent Technologies www.electrochem.org [email protected] Tim Fest ECS Wednesday, October13. re-opening. Tuesday, October12. Monday, October11. The in allow the systems, publications,andsoftwareofinteresttoattendees. includes Technical SessionCoffeeBreak includes theTuesday eveningPosterSession includes Technical SessionCoffeeBreak includes theMondayEveningPosterSession Royale exhibits. Technical meeting Technical Exhibit 2/3/4, ...... The Exhibitors asofPress-Time attendees Session exhibit 1 st

...... Floor, Exhibit Hours coffee ...... additional will on feature break Tuesday time is instruments, scheduled and to browse Wednesday 0900-1400h 1800-2000h 1800-2000h 0900-1400h for materials, through 0930h to Gamry www.fuelcelltechnologies.com [email protected] Chuck Derouin Fuel CellTechnologies www.electroscience.com [email protected] Alvin Feingold ESL Electroscience www.edaq.com [email protected] Michael Hagen eDAQ, Inc. www.eaglabs.com [email protected] Ian Mowat Evans AnalyticalGroup www.dynatronix.com [email protected] David Osero Dynatronix www.mtixtl.com [email protected] Mel Jiang MTI Corporation www.mmates.com [email protected] Peter Allum Mmates www.metrohmusa.com [email protected] Karen Laskey Metrohm USA www.maccor.com [email protected] Mark Hulse Maccor www.ivium.nl [email protected] Willem Ter Veen IVIUM Technologies www.hmicronpowder.com [email protected] Greg Boyer Hosokawa MicronPowderSystems www.heka.com [email protected] Stephen Jones HEKA Electronics,Inc. www.gamry.com [email protected] Pete Peterson The Electrochemical Society Interface • Fall 2010 NuVant Systems Harry Rivera [email protected] Event Highlights www.nuvant.com

PEC NOTE: For a list of Committee Meetings, please visit the Las Vegas meeting page: www.electrochem.org/meetings/ Peter Ulrix biannual/218/218.htm. [email protected] www.peccorp.com Sunday, October 10 Pine Research 0900h ���������Short Courses begin Frank Dalton 1730h ���������ECS Student Mixer (offsite) [email protected] 1830h ���������For the Rest of Us: “Status and Outlook on the Photovoltaic Solar www.pineinst.com Industry Based on Solar Cell R&D,” by Bolko von Roedern, Grande D, 1st Floor Princeton Applied Research/Solartron Analytical 1900h ���������Electronics and Photonics Division Award Reception and General Ari Tampasis Meeting, Top of the Riv North [email protected] 1930h ���������Sunday Evening Get-Together, Royale Foyer, 1st Floor www.princetonappliedresearch.com

ProSys, Inc. Monday, October 11 Kathryn Theodore 0930h ���������Technical Session Coffee Break, Grande and Royale Foyers, 1st Floor [email protected] st www.prosysmeg.com 1215h ���������Battery Division Luncheon & Business Meeting, Grande G, 1 Floor (ticket required) PVA TePla Analytical Systems GmbH 1215h ���������High Temperature Materials Division Luncheon & Business Meeting, Capri 108, 1st Floor (ticket required) Sandy Kolbe [email protected] 1440h ���������Edward Goodrich Acheson Award Lecture: “Energy Storage,” by John www.pva-analyticalsystems.com S. Newman, Battery and Energy Technology Joint General Session, Capri 103, 1st Floor and Grande C, 1st Floor Scribner Associates 1700h ���������The ECS Lecture: “Current and Future Status of Nitride-based Solid Jason Scribner State Lighting,” by Shuji Nakamura, Grande E, 1st Floor [email protected] 1800h ���������Monday Evening Mixer, Student Poster Session, and Technical www.scribner.com Exhibit Opening, Royale 1-4, 1st Floor special meeting section

Uniscan Instruments l

Mike Dawson Tuesday, October 12 [email protected] 0900h ���������Technical Exhibit, Royale 2/3/4, 1st Floor www.uniscan.com 0930h ���������Technical Session Coffee Break, Royale 3/4, 1st Floor Wildcat Discovery Technologies 1200h ���������Student Poster Award Presentation, Royale 2/3/4 Jon Jacobs 1215h ���������Corrosion Division Luncheon & Business Meeting, Top of the Riv [email protected] South (ticket required) www.wildcatdiscovery.com 1215h ���������Sensor Division Luncheon & Business Meeting, Room 206, 2nd Floor (ticket required) Asylum Research 1800h ���������Technical Exhibit and General Poster Session, Royale 1-5, 1st Floor Lit Display Terry Mehr [email protected] Wednesday, October 13 www.asylumresearch.com 0900h ���������Technical Exhibit, Royale 2/3/4, 1st Floor Gelest 0930h ���������Technical Session Coffee Break, Royale 3/4, 1st Floor Lit Display 1215h ���������Electrodeposition Division Luncheon & Business Meeting, Top of the Joel Zazyczny Riv South (ticket required)

[email protected] 1215h ���������Luminescence and Display Materials Division Luncheon & Business las vegas, nevada www.gelest.com Meeting, Room 205, 2nd Floor (ticket required)

ISE Lit Display Thursday, October 14 Marco Musiani 0930h ���������Technical Session Coffee Break, Grande and Royale Foyers, 1st Floor [email protected] www.ise-online.org Friday, October 15 0930h ���������Technical Session Coffee Break, Grande and Royale Foyers, 1st Floor

The Electrochemical Society Interface • Fall 2010 31 las vegas, nevada l special meeting section Army ResearchOffice BA 32 T TER Y & CELL TEST EQUIPMENT EQUIPMENT TEST CELL & Y SPONSORS WO RLD WID E Platinum The Electrochemical Society Interface • Fall 2010 SPONSORS Gold special meeting section

l

Silver

Intel las vegas, nevada

Bronze

The Electrochemical Society Interface • Fall 2010 33 las vegas, nevada l special meeting section 34 arrive your must Poster Presentations and Sessions —Poster author. appropriate with The number to affiliations 4 on admission 1000h; immediately. permitted displayed Oral Presentations and Audio-Visual take fee large regulation m). and/or top 8 org) do must presented supplied atthemeeting. charts, to have beennumbered. The all Orientation Co-ChairTechnical Session Registrants Lounge. a displays, text written projector on attend meeting. presentation. for strongly computers laptop own their oral and session, hotel of NV discounted Registrants Program—Guests Registrant Companion details andtomakeyourreservation. Authors author symposium organizers priortothemeeting. lost, all special Hotel & Travel Information feet

feet 2”

Commercial Plan “Companion the Symposium not items enhance Sunday of

left Monday, 89109). recommended place Casino Matted

but presentations. 218 no session (2.5 stolen, enough be be

beverage wide can this $25 approximately begin poster high participation. pictures, your requirements

to request and of and in th are and in use for of later

cm Speakers suggest

during

by compatibility important

be information to stimulate in (Early-Bird) ECS English. of (1.22 English, the meeting from will value. are arrangements responsible (2901 being display visibility. a the day Guest to setting by or and to it for non-ticketed to made all Authors session.

poster October than special Organizers panel. when to 5 invited begin service, Meeting

advertisements allow broken Las 8 graphs, the m be of authors removing 1500-1600h. Registrant.” cm) ECS ECS finished present that

Las feet requiring print by Only uhr wl b rqie t bring to required be will Authors

room presentation to on

rate Vegas informational online up first three asked discussion. NO should high. presentations. two necessary setting easy fit 2.45 No The Pushpins “Welcome headquarters will Vegas or are a your to wide for from

11

presenting of in Monday articles. 10 size figures, on board LCD

MUST will EXCEPTIONS and $30 will Convention reservations during posters to social register

$79. not reading paper weeks m), responsible Authors the minutes from their photographs the to one at poster for

be special

Boulevard up

four (1.22 left projectors The be Technical be The (after assume corresponding approximately security remove 0900h See speaker-ready upright be to the addressed or and/or and in your

events; All Additional made displays the session the title, held

to through will before to Co-Chair hours for until from at emphasize

the the should of companion m (meetings@electrochem. publicity title authors September equipment Las Authors illustrations, entire written ECS

the right, poster the and the be any for number, by at ECS at

final

in for WILL of

panel Session South will all in thumbtacks an their —Oral a is Vegas”

before are the top the meeting. displayed at

the website distance their Visitors Grande approximately to 2.45 the minimize 218 the responsibility the

Thursday, scheduled exclusive setting website —We Orientation program. be starting information displays. the text verify expense approximately the recommended BE of to 4 violating meeting, will rooms essential th Riviera

presentations presentations in poster

headquarters presentations of Co-Chairs displays available 10)

feet Companion m). names, the the the must registration orientation Meeting GRANTED.

conclusion

Las individual C, should encourage Authority drawings, at Technical of up NOT for includes

without abstract high display. 1 start Present laptop/ written will lounge special boards at 5’ st at Vegas, poster Please Please of 0800- Hotel

make more Floor their

data (1.5 and and and this will the the the We for

for by be be be 1” or of to as s etme 1, 2010. 10, September is charges. the processing not pae Indemnification—The Speaker audiovisual techniciansavailableforyourassistance. room, ae ae n fet nie fe Spebr 0 2010 meeting. the at and 10, September after online effect in are rates your Monday be handout expressed This pae-ed Room—A Speaker-Ready announced andpresentedwiththeirawards. are by Room Ready Speaker Office Headquarters ECS Center Information/Message etn Registration —The Meeting Store Book ECS asked toleavethesession. are to available September to Registration—Early-Bird encouraged. Early-Bird through Friday. a with and presentations eodn o peettos S O PERMITTED the speaker. NOT and/or by making IS allowed specifically presentations Allowed—Photographing unless of Recording recording No endorsement byECSbeclaimed. Registration Meeting Key Locations Card, check,ormoneyorderpayabletoECS. posters recommend Dollars will registrants which n oae /, 1 3/4, Royale in to attend the Technical Exhibit on Tuesday at 1200h The part pay credit preview located received not send form G software begin Registration & General registration room the eneral of prior Meeting Information features the will via those and card unauthorized another materials the by sample h daln fr al-id registration Early-Bird for deadline The Sunday in appropriate in fee 10 at begin and is are to by Visa, that S fax. Register the Monday are at the of the available ociety of registration 1800h. and their instruments, ������������������������������������������������� September 1300h prepare invited encouraged technical interest form If copy LCD speakers The at Foyer, through technical MasterCard, provided st you will The 1500h. lo, hr te inr wl be will winners the where Floor, presentation. ���������������������������������������� S ��������������������������������������� online Evening Electrochemical in by to projector Students tuden registration Electrochemical photographs All send only to Royale ��������������������������������� 1 for 609.737.2743. to mail, to st verify sessions 17, payments meeting

Friday, Participants Participants are encouraged allow Floor. materials, meeting are sessions, at to Refunds their �������������������������� a be attend. Speaker-Ready P meeting 2010. as use Mixer registration www.electrochem.org, American 1/2, oster those honored may that their this Additionally, speakers Registration presentations. our will in fees. participants First Regular registration Regular Society S attendees. or must will and may are ideas conferences, start Formal of Room laptop’s online systems, be Society, registration ession Attendees Early-Bird Floor; the recordings if conducted subject Technical be Express, result by Interface be setting the registration written presenter. 111,Capri 1 Foyer, 1 Floor Floor Foyer, 1 201,Room 2 Foyer, 1

201, and Room system, located will fax, judging made compatibility presentations will publications, nor there opportunity are All in We to be prepaying 2 and please duplicate • opinions area and up Discover open nd required can meeting requests Exhibit, Anyone will will Fall st st st Sunday or held in a will in

highly Floor Floor Floor or of Floor. They post- their send 10% 2010 U.S. this will any any the st fax on nd do be be be

as is

Book Store Hours Sunday, October 10 ��������������������������������������������0700-1900h Monday, October 11 ������������������������������������������0700-1900h Tuesday, October 12 �������������������������������������������0700-1730h Attention Wednesday, October 13 �������������������������������������0800-1600h Thursday, October 14 ����������������������������������������0800-1600h Friday, October 15 ���������������������������������������������0800-1200h All Las Vegas Presenting Authors! Registration Hours Sunday, October 10 ��������������������������������������������0700-1900h Monday, October 11 ������������������������������������������0700-1900h You are invited to submit a full-text Tuesday, October 12 �������������������������������������������0700-1730h manuscript of your Las Vegas presentation Wednesday, October 13 �������������������������������������0800-1600h Thursday, October 14 ����������������������������������������0800-1600h (invited, contributed, and/or poster) for Friday, October 15 ���������������������������������������������0800-1200h publication in ECS Transactions (ECST), an online database of proceedings from ECS meetings and Registration Fees—ALL PARTICIPANTS AND ATTENDEES ECS-sponsored meetings. ARE REQUIRED TO PAY THE APPROPRIATE REGISTRATION FEE LISTED BELOW. Payment can be made by cash, check or travelers’ checks in U.S. funds drawn The Las Vegas ECST manuscript submission site on a U.S. bank. Visa, MasterCard, American Express, or is scheduled to open on October 25, 2010. At Discover are also accepted. that time, the corresponding authors of meeting Registration Fees abstracts will receive an e-mail inviting them to All technical registrations include a copy of the Meeting submit a full-text paper. This e-mail will contain Abstracts on USB flashdrive only. Attendees who wish to have the URL for the manuscript submission website paper copies of abstracts should download and print them in advance of the meeting, from the ECS website, free of charge. and basic instructions on how to upload the Please note that paper copies of meeting abstracts will NOT paper. For detailed instructions on how to format be available. Additional copies of the Meeting Abstracts on USB manuscript(s) for submission, please read the flashdrive may be purchased by registrants; the cost is $74 for ECST Author Instructions: members and $92.50 for nonmembers. (http://www.electrochem.org/dl/ecst/ecst_a_inst.htm) All prices are in U.S. dollars. Early-Bird Sep. 11 (through Sept. 10) through Oct. 15 and follow the ECST Manuscript Template: (http://www.electrochem.org/dl/ecst/assets/ecst_temp.doc). ECS Member...... $405...... $505 Nonmember...... $615...... $715 All papers submitted to ECST will be reviewed

ECS Student Member...... $150...... $250 special meeting section

Student Nonmember...... $190...... $290 to ensure that they meet generally accepted

One Day ECS Member...... $275...... $375 scientific standards. Accepted papers will be l

One Day Nonmember...... $365...... $465 published in an issue of ECST Volume 33 (Las ECS Emeritus or Honorary Member...... $0...... $0 Companion Registrant...... $25...... $30 Vegas, Nevada). The Las Vegas issues are currently scheduled to be published in January 2011. Please All students must send verification of student eligibility along note: some Las Vegas symposia (B7, E2, E3, E5, with their registration. E6, E7, E9, E11, E12, E13, E14~22, I3, J1, and J3) Financial Assistance—Financial assistance is limited ad will be publishing their proceedings at the October generally governed by the symposium organizers. Individuals meeting in ECST Volume 33, Issues 1, 2, 3, 4, 5, 6, may inquire directly to the symposium organizers of the 7, 8, 9, 10, 11, 12, and 13. No further papers for symposium in which they are presenting their paper to see if funding is available. Individuals requiring an official letter of these issues will be solicited or accepted. invitation should write to the ECS headquarters office; such letters will not imply any financial responsibility of ECS. Once published, full issues and individual articles are available for sale, delivered as Portable Employment Services—Companies desiring to recruit employees may place their announcements on a designated Document Format (PDF) files. Certain issues bulletin board in the registration area. Please note that these may also be available in a hardcover version. announcements should be no larger than 8 ½” by 11”. To purchase ECST content, please visit the ECS Digital Library (http://www.ecsdl.org/) or stop by ADA Accessibility—Special accommodations for disabled las vegas, nevada attendees will be handled on an individual basis provided the ECS Book Store in Las Vegas. that adequate notice is given to the ECS headquarters office. If you would like further information regarding manuscript submission or ECST in general, please ECS ● The Electrochemical Society e-mail the ECS Transactions staff at 65 South Main Street [email protected]. Pennington, NJ 08534-2839, USA Phone: 609.737.1902 Fax: 609.737.2743 E-mail: [email protected] Web: www.electrochem.org

The Electrochemical Society Interface • Fall 2010 35 las vegas, nevada l special meeting section 36 B7 B6 B5 B4 A3 D6 D3 B3 B2 A2 D5 D4 E5 E3 B9 B8 E2 E1 D2 D1 B1 A1 A D B E — — — — — — P — — — — — — — — — — — — — — — — Films Anodic and Passivation, Corrosion, — — — — Topics General — and/or Friday(F). Sessions aremarkedtoindicateiftheyrunonSunday(S),Monday(M),Tuesday (Tu), Wednesday (W),ThursdayTh)

Tutorialsin Nanotechnology: Focus on Luminescence and Display Materials Nanotechnology General Session (W-Th) — (W-Th) Session General Nanotechnology Polymer Electrolyte Fuel Cells 10 (M-F) — (M-F) 10 Cells Fuel Electrolyte Polymer — (M-W) Batteries Lithium for Electrolytes Non-Aqueous Materials Design and Electrode Architecture for Batteries (Tu-Th) — (Tu-Th) Batteries for Architecture Electrode and Design Materials (M-Tu)Batteries — Li-Ion in Interfaces Electrode-Electrolyte Corrosion Issues in Nuclear Waste Storage: A Symposium in Honor of Honor in Symposium A Storage: Waste Nuclear in Issues Corrosion Conversion and Storage Energy for Materials Novel of Electrochemistry ToleranceAbuse (Tu-W)and Safety — Battery High Resolution Characterization of Corrosion Processes 2 (M-Tu)2 — Processes Corrosion of Characterization Resolution High — (W-Th) Modeling Corrosion High Dielectric Constant and Other Dielectric Materials for Materials Dielectric Other and Constant Dielectric High (M-Tu)11 — Polishing Mechanical Chemical — (M-W) NEMCA - 8 Devices Ionic State Solid — (M-F) Batteries Ion Lithium and Lithium Rechargeable Atomic Layer Deposition Applications 6 (M-W) — (M-W) 6 Applications Deposition Layer Atomic — (W) TopicsSession State General Solid Processing and Devices, Materials, Semiconductor and Dielectric — (W-Th) Biofuels and Corrosion (Tu)Session — General Corrosion — (M-Th) Session TechnologyGeneral Energy Joint and Batteries Conversion Energy and Cells, Fuel Batteries, — (M) Session Poster Student General and T. Zawodzinski T. and Zawodzinski V.Narayan, S. T.Ramani, P.Schmidt, P. Shirvanian, Weber,Strasser,A. Uchida, H. T.Lamy,Darling, Mantz, C. R. R. Jones, Cleghorn, Fuller,D. S. Inaba, M. W.T.Henderson, Ue M. Jow,and Dudney N. and Kostecki R. (M)— P.Schmuki — (M-W) Gösele Ulrich the 65 the Kostecki R. — (M-Th) C. Bock, and E. Traversa E. and Bock, C. K. R. Zavadil R. K. P.Masuda, H. Hansen, and D. Schmutz, McMurray,Frankel, Connolly, H. S. B. G. D. Landheer, D. Misra, and S. Van Elshocht Elshocht Van S. Landheer,and D. Misra, D. — (M-W) Photonics and Nanoelectronics N. Sekharipuram N. Narayan S. and Manivannan, A. Johnson, Dudney,S. N. C. V.Chaitanya X. He X. Y. Obeng, and K. B. Sundaram Y.Sundaram B. K. and Obeng, Hunter,TraversaG. E. and Wang C. and Meng, S. Abraham, M. K. Gendt, A. Delabie, A. Londergan, F. Roozeboom, and O. Van der Straten Straten F.der Londergan, Van A. O. Delabie, and A. Roozeboom, Gendt, Todi,WangR. X. Leonte, and O. its and Pores 4: New Materials and Applications - In Memory of of Memory In - Applications and Materials New 4: Pores and its Hard-cover (HC)editionsofECSTransactions willbeavailableforpurchase andpick-upatthemeeting;oryoumaypre-orderyour information fortheelectroniceditions. meeting issueswillbeavailableforpurchase beginningOctober1,2010.PleasevisittheECSwebsiteforissuepricingandordering Electronic (PDF)editionsofECSTransactions issueswillbeavailableONLY viatheECSDigitalLibrary. Electroniceditionsof“at” hard-cover ECSTransactions issueusingthemeetingregistrationforminthisbrochureorwhenregisteringonline th U.Happek Birthday of David Shoesmith (Tu-W)Shoesmith — David of Birthday K. Zaghib, C. Julien, and V.and Julien, C. Ramani Zaghib, K. R. Boukherroub, D. J. Lockwood, Y. Ogata, and and Y. Ogata, Lockwood, J. D. Boukherroub, R. R. Kelly,R. F.Taylor D. C. and Martin, SYMPOSIUM TOPICS D. Hansen, G. S. Frankel, M. Iannuzzi, and Iannuzzi, M. Frankel, S. G. Hansen, D. D. Hansen D. V. R. Subramanian and and Subramanian V. R. S. Kar, M. Houssa, H. Iwai, K. Kita, K. Iwai, Kar,H. S. Houssa, M. H. Gasteiger,H. F. Chu, D. Buchi, K. B. Sundaram, A. Baca, A. Sundaram, B. K. G. Banerjee, V.Banerjee, G. Chaitanya, Desai O. Leonte, Z.P. Leonte, Aguilar, O. D. Doughty D. E. D. Wachsman, C. Bock, C. Wachsman, D. E. J. J. Noel, Z. P.Z. Noel, J. J. Aguilar, and J. Elam, S. F.S. Elam, De J. S. Bent, A. Manthiram, A. B. Lucht, B. B. Liaw and Liaw B.

F4 I3 I2 F3 F2 E22 to E14 J2 J3 J4 I4 I5 E12 E11 E8 E7 E6 E13 E9 J1 I1 F1 J F I — — — — — —

— — — — — — — — — — — — — — — — — Etching and Deposition Chemical / Electrochemical — Molecular Structure of the Solid-Liquid Interface and Its Relationship Relationship Its and Interface Solid-Liquid the of Structure Molecular Molten Salts and Ionic Liquids 17 (M-F) — (M-F) 17 Liquids Ionic and Salts Molten — (W) Nanospaces in Electrochemistry 11— (M-Tu) Devices and Processes, Materials, Magnetic — (M-Tu) 4 Packaging 3-D and Electronics SiGe, Ge, and Related Compounds: Materials, Processing, and and Processing, Materials, Compounds: Related and Ge, SiGe, Luminescence and Energy Efficiency (Tu-W)Efficiency — Energy and Luminescence Microfabricated and Nanofabricated Systems for MEMS/NEMS 9 MEMS/NEMS for Systems Nanofabricated and Microfabricated Physics and Chemistry of Luminescence and Display Materials (W-Th) — (W-Th) Materials Display and Luminescence of Chemistry and Physics Oscillations and Pattern Formation in Electrochemistry (W) — (W) Electrochemistry in Formation Pattern and Oscillations Professor V. S. Bagotsky: 65 Years in Theoretical Electrochemistry,YearsTheoretical V. 65 in Professor Bagotsky: S. State-of-the-ArtProgram on Compound Semiconductors 52 (SOTAPOCS Semiconductor Wafer Bonding 11: Science, Technology,Science, 11: Bonding Applications, Wafer and Semiconductor 21 the for Photovoltaics (M-Tu) 4 Devices Photonic and Electronic Nanoscale Low-Dimensional — (W-Th) 11 Silicon Purity High Thin Film Transistors 10 (TFT 10) (M-W) — (M-W) 10) (TFT 10 Transistors Film Thin Processing, Materials, and Integration of Damascene and 3D 3D and Damascene of Integration and Materials, Processing, Chemical Sensors 9: Chemical and Biological Sensors and Analytical and Sensors Biological and Chemical 9: Sensors Chemical — (M-Tu) Session General Electrochemistry Analytical and Physical Electrochemistry Analytical and Physical (M-Tu)Applications — and Activation, Principles, Deposition Electroless to Electrodeposition 7 (Tu-W) — (Tu-W) 7 Electrodeposition to and G. Zangari G. and W.Schwarzacher, T.Y. Osaka, Kitimoto, P. Hesketh, Gatzen, H. H. Brankovic, R. S. T. Krishnamohan, G. Masini, S. Miyazaki, A. Reznicek, B. Tillack, and Y. Yeo and Tillack, B. Reznicek, A. Miyazaki, S. Masini, G. T.Krishnamohan, Devices P.Vanýsek — (Tu-W) U. Happek, Z. P.Z. Happek, U. Mishra Aguilar,C. K. and C. Bock, E. Shembel, and K. Zaghib K. and Shembel, E. Bock, C. Tu)(Su, — Electrochemistry Applied and Electrocatalysis, K. Hobart, H. Moriceau, and T. Suga T. and Moriceau, H. Suga Hobart, K. (Tu-Th)Gösele — Ulrich of Honor in — P. and Stallhofer S. Fonahs, H. Hamada, M. Hatano, J. Jang, W. Milne, A. Nathan, and M. Shur M. and Nathan, A. W.Milne, Jang, J. Hatano, M. Hamada, H. Fonahs, S. F. Roozeboom and Rathore, H. P. Ramm, Mathad, G. — (Tu-W) Interconnects Systems (M-Tu)Systems — P. and Mizihata, M. W.Mantz, TruloveR. Henderson, Minteer S. T. Ritzdorf Hayase, M. Barkey, D. Zangari Stickney,G. J. and Ryan, M. Magagnin, L. Djokic, S. A. Setlur,Srivastava A. A. and and H. Varela H. and P. Vanýsek P. Vanýsek P.Brown, J. (M-Tu)Overberg, and W.M. Ma, Hesketh, — H. Johnson, Sensors and Displays: Principles, Materials, and Processing and Materials, Principles, Displays: and Sensors Wu N. and Suzuki, M. Jo, M. Jin, S. Duesberg, G. Chou, L. 4 (M-Th) — (M-Th) 4 P. Hesketh, J. Davidson, A. Londergan, S. Shoji, P. Srinivasan, and and P. Srinivasan, Shoji, S. Londergan, A. Davidson, J. P.Hesketh, The G. Hunter,G. P.Z. Simonian Aguilar,A. Carter,and M. Li, J. D. Harame, S. Bedell, J. Boquet, M. Caymax, S. Koester, Koester, S. Caymax, M. Boquet, J. Bedell, S. Harame, D. st Electrochemical Century 6 (M-Tu)6 — Century T. Ritzdorf, J. Flake, M. Koyanagi, O. Leonte, Leonte, O. Koyanagi, M. Flake, J. T. Ritzdorf, E. Simoen, C. Claeys, R. Falster,R. Mazure, Claeys, C. C. Simoen, E. R. Alkire and D. M. Kolb M. D. and Alkire R. C. Colinge, J. Bagdahn, H. Baumgart, H. Bagdahn, J. Colinge, C. T.Baker L. and Ito Society D. M. Fox, H. De Long, De H. Fox, M. D. K. Kondo, R. Akolkar, Akolkar, R. Kondo, K. Y. Kuo, D. Ast, O. Bonnaud, Bonnaud, O. Y.Ast, D. Kuo, M. Tao and H. Deligianni Tao M. H. and U. Happek, A. Manivannan, A. Happek, U. . Interface B. MacDougall, B. C. Bonhote, Bonhote, C. • I. Z. Kiss Z. I. Fall

2010

52)