Megawatt Exhibitors 2016 IEEE International Power Modulator and High Voltage Conference San Francisco, CA – July 5–9, 2016 http://www.ipmhvc.org/2016

Pocket Program Kilowatt Exhibitors

Sponsored By:

Technically Co-Sponsored By: Watt Exhibitors Palace Hotel Conference Layout

to second floor

No access Registration

Exhibits, Oral Breaks, Sessions Receptions

Oral Sessions First Floor 1: Stangenes Industries, Inc. 18: Dean Technology, Inc. 1: Stangenes Industries, Inc. 18: Dean Technology, Inc. 2: 5S Components Inc. 19: Pearson Electronics 2: 5S Components Inc. 19: Pear son Electronics 3: JEMA Energy 20: Advanced Energy Inc 4: Pulse Power Solutions LLC 3: JEMA Energy 21: General Atomics 20: Advanced Energy Inc. 5: open 4: Pulse Power Solutions LLC 22: ITHPP21: General Atomics to first floor 6: Silicon Power Corporation 5: IEEE NPSS 23: GMW Associates22: ITHPP-Alcen 7: Pulse Power & Measurement Ltd. 6: Silicon Power Corporation 24: R&K Company Limited23: GMW Associates 8: CalRamic 7: Pulse Technologies LLC Power & Measurement 25: Barth Electronics, Inc.24: R&K Company Limited 9: Voltage Multipliers Inc. Ltd. 26: Diversified Technologies Inc.25: Barth Electronics, Inc. Poster Session C Short Courses, 10: open 8: CalRamic Technologies LLC 27: Behlke26: Diver sified Power Electronics LLC Technologies Inc. Satellite Meetings 11: Spellman High Voltage 9: Voltage Multipliers Inc. 28: Eagle Harbor Technologies, Inc. 27: Behlke Power Electronics LLC 12: L‐3 Applied Technologies, Inc. 10: open 29: TDK‐Lambda Americas28: Eagle Harbor Technologies, 13: Scandinova11: Spellman Systems AB High Voltage 30: HVR Advanced Power Components, Inc. Poster Session B 14: open12: L-3 Applied Technologies, Inc. Inc.29: TDK-Lambda Americas 15: Lockheed Martin13: Scandino va Systems AB T1:30: HVR Open Advanced Power Poster Session A 16: Kanthal‐Globar, Sandvik T2: TREK, INC. 14: open Components, Inc. Heating Technology USA T3: Tera Analysis Ltd 15: Lockheed Martin T1: Teledyne Reynolds, Inc. 17: NWL Inc. T4: R.E. Beverly III and Associates 16: Kan thal-Globar, Sandvik T2: TREK, Inc. Second Floor Heating Technology USA T3: Tera Analysis Ltd. 17: NWL Inc. T4: R.E. Beverly III and Associates 2016 International Power Modulator 2016and International High Voltage Power Conference Modulator 2016and International High Voltage Power Conference Modulator 2016 International Power Modulator and HighJuly Voltage 5 - 9, 2016 Conference and HighJuly Voltage 5 - 9, 2016 Conference SanJuly Francisco, 5 - 9, 2016 CA SanJuly Francisco, 5 - 9, 2016 CA San Francisco, CA San Francisco, CA

Sponsored by: Sponsored by: Sponsored by: Sponsored by:

Technical Co-Sponsored by:

WELCOME! On behalf of the International Power Modulator and High Voltage Conference (IPMHVC) Executive Committee and the Conference and Technical Program Committees, we welcome you to the 2016 IEEE IPMHVC. San Francisco is known for its scenic beauty, cultural attractions, diverse communities, and world-class cuisine. Measuring 49 square miles, this walkable city includes landmarks like the Golden Gate Bridge, cable cars, Alcatraz and the largest Chinatown in the United States. The city has a colorful past, growing from a small village to a major city nearly overnight as a result of the 1849 Gold Rush. The city is home to world-class theatre, opera, symphony and ballet companies and often boasts premieres of Broadway-bound plays and culture-changing performing arts. San Francisco is one of America’s greatest dining cities. The diverse cultural influences, proximity of the freshest ingredients and competitive creativity of the chefs result in unforgettable dining experiences throughout the city. Originally established in 1875, the Palace was San Francisco’s first premier luxury hotel and the largest in the world. The four-diamond Palace Hotel is a member of The Luxury Collection, a glittering ensemble of more than 100 of the world’s finest hotels and resorts in more than 30 countries in bustling cities and spectacular destinations around the world. In 1909 the breathtaking Garden Court was unveiled. Crowned by a 7 million dollar stained-glass dome and flanked by a double row of massive Italian marble Ionic columns, The Garden Court is legendary. This year, a record number of abstracts was received. Over 320 abstracts were submitted to the technical topics of New and Novel Applications of Power Modulators; Repetitive Pulsed Power Systems, Repetitive Pulsed Magnetics, Accelerators, Beams, High Power Microwaves, and High Power Pulse Antennas; Power Modulator Configurations, Systems, Diagnostics, and Applications in Vacuum and Low Pressure; Solid State Power Modulators, Components, Switches, and Systems; Opening, Closing, and Solid State Switches; Lasers, X-Rays, EUV, Partial Discharge Testing, and Other Emitters; Biological, Medical, and Environmental Applications of Power Modulators; Electromagnetic Launchers, High Current Systems, High Rep-Rate Systems, Thermal Management, and Applications; Analytical Methods, Modeling, and Simulation; Dielectrics, Insulation, and Breakdown; High Voltage Design, Devices, Testing, and Diagnostics; Power Electronics, Power Supplies, Prime Power, Rotating Machines, and Energy Converters.

2 In addition to the main technical program, we will be offering two short courses, two technical tours to SLAC National Accelerator Laboratory, and will be holding a workshop: “Optimizing RF Accelerator Klystron Modulator Design at the (RF Power) System-Level.” In addition, a special invited talk only session will be held to highlight topics of special interest to the broad community. A Transactions on Dielectrics and Electrical Insulation special issue will be published which will contain significantly expanded and enhansed material from the conference. We are also excited to announce that we will be having a record size industrial exhibition at the conference. We encourage you to visit the booths and talk to the exhibitors. In addition, we will be having a night out at the baseball game featuring the San Francisco Giants versus the Colorado Rockies. The conference is fully sponsored by the IEEE Dielectrics and Electrical Insulation Society and technically co-sponsored by the IEEE Nuclear and Plasma Sciences Society. We gratefully acknowledge the sponsorship from government, university, and industry, and the outstanding support we have received from our exhibitors. We would also like to express our sincere gratitude to the entire Conference Organizing Committee for all of their efforts and we extend our sincere thanks to all the members of the Technical Program Committee for their hard work in reviewing the abstract submissions and defining an outstanding technical program. Finally, we thank all of the presenters and attendees for contributing to the ongoing success of this conference and we look forward to seeing you in 2018.

Dr Mark Kemp SLAC National Accelerator Laboratory 2016 IEEE IPMHVC General Chair

Dr Allen Garner Purdue University 2016 IEEE IPMHVC Technical Chair

3 2016 IPMHVC COMMITTEE CHAIRS AND STAFF General Conference Chair Mark Kemp SLAC National Accelerator Laboratory Technical Program Chair Allen Garner Purdue University Conference Treasurer Andrew Benwell SLAC National Accelerator Laboratory Publications Chair Peter Norgard University of Missouri, Columbia Publicity Chair George Laity Sandia National Laboratories Exhibits Chair Richard Ness Ness Engineering Professional Awards Chair James Dickens Texas Tech University Student Awards Chair Rob Saethre Oak Ridge National Laboratory Student Travel Grant Chair Rob Saethre Oak Ridge National Laboratory Visa Assistance Chair Tao Shao Institute of Electrical Engineering, CAS Short Course Chair James Dickens Texas Tech University IEEE DEIS Meetings Chair Resi Zarb Qualtrol-Iris Power Executive Committee Chair Richard Ness Ness Engineering Mailing List Management Matthew Aubuchon General Atomics

4 Technical Tours Tony Beukers SLAC National Accelerator Laboratory

TECHNICAL PROGRAM COMMITTEE MEMBERS Hidenori Akiyama Kumamoto University Ray Allen Naval Research Laboratory Plato Apergis EMS Development Corporation Matthew Aubuchon General Atomics Michael Baginski General Atomics Stephen Bayne University of Buffalo Kevin Burke University at Buffalo Craig Burkhart SLAC National Accelerator Laboratory Steve Calico Lockheed Martin Yang Cao University of Connecticut George Chen University of Southampton Isaac Cohen University of Texas - Arlington Randy Cooper Cooper Consulting Services, Inc. Randy Curry University of Missouri Dong Dai South China University of Tech. James Dickens Texas Tech University Matt Domonkos Air Force Research Laboratory Laurent Ducimetiere CERN Andrew Dunlop Dynex Semiconductor Douglas Eaton ScandiNova Systems Inc. Juan Elizondo Sandia National Laboratories Masoud Farzaneh Université du Québec à Chicoutimi Klaus Frank University of Erlangen - Nuremberg Nancy Frost Krempel Allen Garner Purdue University Michael Giesselmann Texas Tech University Steve Glover Sandia National Laboratories Stanislaw Gubanski Chalmers University Martin Gundersen University of Southern California John Harris Air Force Research Laboratory Werner Hartmann Siemens Frank Hegeler Naval Research Laboratory David Hemmert HEM Technologies

5 Cameron Hettler SARA Shad Holt Texas Tech University Brett Huhman Naval Research Laboratory Marcus Iberler Frankfurt University Chunqi Jiang Old Dominion University Richard F. Johnson JPA, Inc. Nick Jordan University of Michigan Ravi Joshi Texas Tech University Mark Kemp SLAC National Accelerator Laboratory Juergen Kolb INP Griefswald John Krile NSWC Dahlgren George Laity Sandia National Laboratories Joshua Leckbee Sandia National Laboratories Ge Li Institute of Plasma Physics, CAS Kefu Liu Fudan University Michael Mazarakis Sandia National Laboratories Matthew McQuage NSWC Dahlgren Yasushi Minamitani Yamagata University in Japan Harry Moore US Army - ARDEC Sang Hoon Nam KIRAMS Bogdan Neculaes GE Global Research Richard Ness Ness Engineering Bucur Novac Loughborough University Lutfi Oksuz Süleyman Demirel University Dennis Okula Ipswich Associates Martin Paraliev Paul Scherrer Institut Alexander Pokryvailo Spellman High Voltage Electronics Sal Portillo University of New Mexico James Prager Eagle Harbor Technologies Luis Redondo Lisbon Engineering Superior Institute Scott Rice Michigan State University Jose Rossi Plasma Laboratory at INPE Hong-Je Ryoo KERI Rob Saethre Oak Ridge National Lab Dan Schweickart Air Force Research Laboratory Walter Sessions Georgia Tech Research Institute Tao Shao Institute of Electrical Engineering, CAS

6 Alexander Sheets Air Force Research Laboratory Ivor Smith Loughborough University Ian Smith L-3 Applied Tehnologies Claus Strowitzki MLase AG Taichi Sugai Nagaoka University of Technology Wilkin Tang Air Force Research Laboratory Igor Timoshkin University of Strathclyde Kazuyuki Tohyama Numazu National College Enis Tuncer Texas Instruments Agust Valfells Reykjavik University John Verboncoeur Michigan State University Rene Vezinet CEA Gramat David Wetz University of Texas – Arlington William White Sandia National Laboratories Mark Wilson University of Strathclyde Guangning Wu Southwest Jiaotong University Shu Xiao Old Dominion University Michael Yalandin Ural Division, Former RAS Hanwu Yang National University of Defense Tech. Xiu Yao University of Buffalo Christopher Yeckel Stangenes Industries Cheng Zhang Institute of Electrical Engineering, CAS Guanjun Zhang Xi'an Jiaotong University Peng Zhang University of Michigan Kai Zhou G&W Electric Co Tim Ziemba Eagle Harbor Technologies Jennifer Zirnheld University at Buffalo Xiaobin Zou Tsinghua University

7 SESSION CHAIRS

Plenary Session Chairs Allen Garner Purdue University George Laity Sandia National Laboratories Luis Redondo Lisbon Engineering Superior Institute

Oral Session Chairs Ray Allen Naval Research Laboratory Kevin Burke University at Buffalo Craig Burkhart SLAC National Accelerator Laboratory Matt Domonkos Air Force Research Laboratory Steve Glover Sandia National Laboratories Nick Jordan University of Michigan Michael Mazarakis Sandia National Laboratories Dan Schweickart Air Force Research Laboratory Walter Sessions Georgia Tech Research Institute Xiu Yao University of Buffalo Jennifer Zirnheld University at Buffalo

IPMHVC EXECUTIVE COMMITTEE Richard Ness Ness Engineering Inc. Frank Hegeler Naval Research Laboratory Randy Cooper Cooper Consulting Services Michael Giesselmann Texas Tech University Werner Hartmann Siemens Mark Kemp SLAC National Accelerator Laboratory Harry Moore U.S. Army RDECOM Kristine Runge Stangenes Industries Inc Enis Tuncer Texas Instruments

8 CONFERENCE SPONSORS AND SUPPORTERS Exhibitors Megawatt Sponsors: Stangenes Industries Inc. Silicon Power Corporation CalRamic Technologies LLC Voltage Multipliers Inc. Dean Technology Inc. General Atomics ITHPP-Alcen Behlke Power Electronics LLC TDK-Lambda Americas Inc. HVR Advanced Power Components

Kilowatt Sponsors: 5S Components, Inc. Jema Energy SA Pulse Power Solutions LLC Pulse Power and Measurement (PPM) Spellman High Voltage Electronics Corp L-3 Applied Technologies, Inc. Scandinova Systems AB Lockheed Martin Kanthal Globar - Sandvik Heating Technology NWL, Inc. Pearson Electronics Inc. Advanced Energy GMW Associates R&K Company Limited Barth Electronics Inc. Diversified Technologies Inc. Eagle Harbor Technologies Inc.

Watt Sponsors: TREK, Inc. Tera Analysis Ltd. R. E. Beverly III and Associates Teledyne Reynolds, Inc.

Government and University Sponsors Office of Naval Research (ONR) Exhibitors

9 GENERAL INFORMATION

Onsite Conference Registration Desk Regency Foyer, Palace Hotel, San Francisco, CA Tuesday 5 July 2016 15:00 – 20:00 Wednesday 6 July 2016 08:00 – 17:30 Thursday 7 July 2016 08:00 – 17:30 Friday 8 July 2016 08:00 – 17:30

Exhibit Times Grand Ballroom, Palace Hotel, San Francisco, CA Exhibit Installation Tuesday 12:00 – 17:30

Exhibits Open Tuesday 18:00 – 20:00 Wednesday 07:30 – 12:00 13:30 – 17:30 Thursday 07:30 – 12:00 13:30 – 17:30 Friday 07:30 – 12:00

Exhibit Removal Friday 15:30 – 17:30

Short Courses Saturday, July 9, 2016, Palace Hotel, San Francisco, CA Short Course I Sea Cliff 08:00 – 12:30 Short Course II Pacific Heights 08:00 – 12:30

Social Events Welcome Reception Grand Ballroom, Palace Hotel, San Francisco, CA Tuesday 5 July 2016 18:00 – 20:00 Conference Awards Banquet Thursday, July 7, 2016, Palace Hotel, San Francisco, CA Reception Grand Ballroom 18:30 – 19:30 Banquet Gold Ballroom 19:30 – 21:00

10 Breakfast and Breaks (registered attendees only) Grand Ballroom, Palace Hotel, San Francisco, CA Wednesday, 6 July 2016 – Friday, 8 July, 2016 Continental Breakfast 07:30 – 08:18 Morning Break 09:30 – 10:00 Afternoon Break 15:00 – 15:30

11 2016 IEEE IPMHVC SCHEDULE-AT-A-GLANCE Location: Palace Hotel, San Francisco, CA (unless otherwise noted)

Tuesday, July 5, 2016 12:45 – 17:00 Technical Tour SLAC National Accelerator Laboratory Regency Foyer 15:00 – 20:00 Registration Regency Foyer 18:00 – 20:00 Welcome reception Grand Ballroom Wednesday, July 6, 2016 07:30 – 08:15 Continental Breakfast (registrants only) Grand Ballroom 08:15 – 09:30 Plenary 1 Ralston Ballroom 09:30 – 10:00 Break Grand Ballroom 10:00 – 12:00 Oral Session 1 Dielectrics, Insulation, and Breakdown I Ralston Ballroom 10:00 – 12:00 Oral Session 2 Accelerators, Beams, and Repetitive Pulsed Power Gold Ballroom 12:00 – 13:30 Lunch (on your own) 13:30 – 15:00 Poster Session 1A Repetitive Pulsed Power, Dielectrics, Insu- lation, and Breakdown Twin Peaks 13:30 – 15:00 Poster Session 1B Dielectrics, Insulation, and Breakdown Presidio 13:30 – 15:00 Poster Session 1C Dielectrics, Insulation, and Breakdown Marina 15:00 – 15:30 Break Grand Ballroom 15:30 – 17:30 Oral Session 3 Opening, Closing, & Solid State Switches Ralston Ballroom

12 15:30 – 17:30 Oral Session 4 High Voltage Devices, Design, Testing, and Diagnostics Gold Ballroom 19:00 – 22:00 Night Out at the Ballpark SF Giants vs. Colorado Rockies AT&T Ballpark Thursday, July 7, 2016 07:30 – 08:15 Breakfast (registrants only) Grand Ballroom 08:15 – 09:30 Plenary 2 Ralston Ballroom 09:30 – 10:00 Break Grand Ballroom 10:00 – 12:00 Oral Session 5 Biomedical Applications of Power Mod- ulators Ralston Ballroom 10:00 – 12:00 Oral Session 6 Power Electronics and High Voltage Gold Ballroom 12:00 – 13:30 Lunch (on your own) 13:30 – 15:00 Poster Session 2A Power Electronics, Supplies, Prime Power, Rotating Machines, Medical and Environ- mental Applications of Power Modulators Twin Peaks 13:30 – 15:00 Poster Session 2B Opening, Closing, & Solid-State Switches Presidio 13:30 – 15:00 Poster Session 2C Solid State Power Modulators, Compon- ents, Switches, and Systems Marina 15:00 – 15:30 Break Grand Ballroom 15:30 – 17:30 Oral Session 7 Super Invited Session Ralston Ballroom 15:30 – 17:30 Accelerator Workshop Pacific Heights 18:30 – 19:30 Reception Grand Ballroom 19:30 – 21:00 Conference Awards Banquet Gold Ballroom

13 Friday, July 8, 2016 07:30 – 08:15 Breakfast (registrants only) Grand Ballroom 08:15 – 09:30 Plenary 3 Ralston Ballroom 09:30 – 10:00 Break Grand Ballroom 10:00 – 12:00 Oral Session 9 High Power Microwaves Ralston Ballroom 10:00 – 12:00 Oral Session 10 Dielectrics, Insulation, and Breakdown II Gold Ballroom 12:00 – 13:30 Lunch (on your own) 13:30 – 15:00 Poster Session 3A Plasma, Discharges, and Electromagnetic Phenomena Twin Peaks 13:30 – 15:00 Poster Session 3B High Voltage Design, Devices, Testing, and Diagnostics Presidio 13:30 – 15:00 Poster Session 3C High Voltage Design, Devices, Testing, and Diagnostics Marina 15:00 – 15:30 Break Grand Ballroom 15:30 – 17:30 Oral Session 11 Plasma, Discharges, and Electromagnetic Phenomena Ralston Ballroom 15:30 – 17:30 Oral Session 12 Solid State Power Modulators, Comp- onents, and Systems Gold Ballroom Saturday, July 9, 2016 07:30 – 08:00 Breakfast for Short Course Attendees Sunset Court

14 08:00 – 12:00 Short Course 1 Solid State Pulsed Power and Civil Applications Professor Luis Redondo Lisbon Engineering Superior Institute Sea Cliff 08:00 – 12:00 Short Course 2 Fast Transient Sensors Dr. Bukur Novac Loughborough University Pacific Heights 12:30 – 17:00 Technical Tour SLAC National Accelerator Laboratory Regency Foyer

15 EXHIBITOR BOOTHS

Megawatt Sponsors Booth #1: Stangenes Industries Inc. 1052 East Meadow Circle Palo Alto, CA 94303 USA 650-493-0814 www.stangenes.com For over 40 years, Stangenes Industries has been manufacturing critical high voltage systems and electromagnetic components for government, industry, and research. As an OEM supplier to major medical and industrial equipment manufacturers, we have developed a reputation for quality and reliability at globally competitive prices. The foremost government and institutional particle accelerator facilities and research laboratories around the world rely on Stangenes Industries for innovation and excellence. Contact: Paul Holen [email protected]

Booth #6: Silicon Power Corporation 275 Great Valley Parkway Malvern, PA 19355 610-407-4706 www.siliconpower.com Silicon Power Corporation (SPCO), founded in 1994, is a globally recognized solutions provider for the design, testing, and manufacturing of high-power semiconductor devices, high-power power modules and, high-power utility-applicable switchgear systems. SPCO has achieved a history of successful partnerships with university, industrial and governmental entities to design, test and deliver scalable solutions to meet clients’ ever-changing complex requirements. SPCO has two Power Business Segments. Applied Pulse Power® provides high-voltage high-current pulsed-power engineering services, integrated system design and fabrication, plasma source and ion diode design & analysis, and modular switches operating at voltages up to 80kV, currents up to 60kA and dI/dt up to 200 kA/μs. Innova Macro-Processor© provides modular switchgear-based

16 solutions to support seamless integration of electrical energy generated from variable renewable energy resources; compliant to all current and voltage classes. Contact: Howard Sanders [email protected]

Booth #8: CalRamic Technologies LLC 5462 Louie Lane Reno, Nevada 89511 www.calramic.com CalRamic Technologies LLC offers a variety of high-voltage ceramic capacitors for multiple applications to suit your needs. We are a U.S. based manufacturing facility dedicated to high quality ceramic capacitors. Radial leaded, surface mount, disc capacitors, and custom configurations are available. HIgh- quality materials provide superior reliability and performance for your application. In addition, as an ISO9001 verified company, stringent manufacturing principles are followed for year-after year reliability. Applications range from below ground analytical tools geothermal/geophysical to above ground commercial, and military power supplies, medical power supplies, and X-ray systems. We can offer same day shipping from stock, and deliveries of 6-10 week depending on product type. Contact: Jeff M. Day [email protected]

Booth #9: Voltage Multipliers Inc. 8711 W Roosevelt Ave Visalia, CA 93277 www.voltagemultipliers.com Founded in 1980 VMI designs and produces high voltage diodes, optocouplers, power supplies, and assemblies, using the latest technology and state-of-the-art equipment. Our data- driven manufacturing practices, dedicated teams, and reliable processes come together to make the most reliable products available on the market. For more than 35 years VMI has provided excellent customer service. VMI delivers custom solutions and high reliability products to our customers. We work with you and for you! ISO9001:2008 certified. Contact: Karen Spano [email protected]

17 Booth #18: Dean Technology Inc. P.O. Box 700968 Dallas, TX 75370 USA 972-248-7691 www.deantechnology.com Dean Technology, Inc. specializes in the manufacture, distribution and support of high voltage components, assemblies and power supplies. Its three main product lines include HV Component Associates (HVCA), CKE, and High Voltage Power Solutions (HVPSI). The HVCA line of products centers on high voltage diodes, rectifiers, bridge rectifiers, ceramic disk capacitors, and custom assemblies for specific applications. CKE products are a leading line of high voltage and high power silicon rectifiers, MOVs, selenium suppressors, silicon carbide varistors, as well as custom assemblies. The HVPSI product line includes high voltage power supplies, multipliers and test equipment. Dean Technology’s full family of products provides complete coverage of high voltage and high current solutions for any application. Contact: Larry Cagle [email protected] Or [email protected]

Booth #21: General Atomics 16969 Mesamint St. San Diego, CA 92127 USA www.ga.com General Atomics (GA) is a globally recognized leader in the design and manufacture of innovative electromagnetic and electric power solutions. Our advanced high voltage capacitors for DC, pulsed, high frequency AC, and specialized system applications deliver the high energy density and superior reliability required for defense, research, industrial, and commercial systems worldwide. Our depth of engineering and design expertise allows us to customize products to meet a wide range of voltage and capacitance specifications. Every capacitor is manufactured and tested at GA’s state-of-the-art facility in the U.S., providing customers with a convenient,

18 single source solution to support the most challenging application requirements. Contact: Lauri Paul [email protected]

Booth #22: ITHPP-Alcen Hameau de Drele 46500 Thegra France http://www.ithpp-alcen.com/en ITHPP designs, develops, manufactures, tests and operates High Pulsed Power and High Power Microwave systems. The potential applications for these technologies are numerous. Although defense applications are historically the drivers for technology development, recent scientific conferences are filled with exciting civilian applications which are currently under development in many different laboratories and companies. Based on the customer’s specifications, ITHPP designs and manufactures installations which are generally very innovative and often used for scientific research. These projects are regularly presented in international scientific publications. Furthermore, ITHPP has developed other industrial activities such as packaging sterilization for the food, pharmacy and cosmetics industry and crushing/drilling rocks for oil and mining players. The competences of ITHPP personnel are very broad, including in particular plasma physics, electromagnetism and power electronics. Contact: Christophe Goepfert [email protected]

Booth #27: Behlke Power Electronics LLC 5 Alexander Road Billerica MA 01821 USA 978-362-3118 www.behlke.com BEHLKE POWER ELECTRONICS, has for over 30 years, been the worldwide leader in the design and manufacture of reliable fast high voltage solid-state switches and fast high voltage pulsers. BEHLKE switches and pulsers are available in both single and push-pull switch configurations, in MOSFET, IGBT, MCT and Thyristor technology, for AC and 19 DC, for voltages up to 150 kV and currents up to 16 kA. A large number of packaging and cooling options allows a perfect system integration in every individual OEM application. BEHLKE is committed to the highest industrial quality standards and grants a global 5 years product warranty. Contact: Montgomery Grimes [email protected]

Booth #29: TDK-Lambda Americas Inc. 405 Essex Rd. Neptune, NJ 07753 USA 732-922-5408 www.us.tdk-lambda.com/hp TDK-Lambda Americas High Power Division is a leading designer and manufacturer of Programmable High Power AC to DC, and High Voltage Capacitor Charging and DC power supplies. High Voltage products cover power levels from 500W to 50kW at voltages up to 50 kV. High current products cover power ranges from 750W to 90kW at voltages from 6 to 1500V and currents from 1.6 to 3,000A. All models are programmable from zero to full rated current/voltage either via front panel controls, or remote analog or digital interface. Contact: Andy Tydeman [email protected]

Booth #30: HVR Advanced Power Components 2090 Old Union Rd. Cheektowaga NY 14227 USA www.hvrapc.com HVR provides cost-effective engineered solutions for high- stress resistor applications. Application areas include: Industrial, T&D, High Voltage Pulsed Power, Research, Transportation, and Medical. Our solid composition resistors provide a solution for high voltage, non-inductive and high peak power resistive applications. We utilize our decades of experience and unique materials approach to engineer a low- cost application-specific solution. Contact: Bill Glodzik [email protected]

20

Kilowatt Sponsors Booth #2: 5S Components, Inc. 630 Fifth Ave. East McKeesport, PA 15035 USA www.5SComponents.com Founded in 2005 5S Components, (A management buyout of ABB Semiconductors Inc). Over a decade in the High Power component business. US Sales channels for; ABB Semiconductors, ABB Sensors, Astrol Electronics (Pulse Power Assemblies and components) Power Integrations (IGBT Gate Drivers), Icar Capacitors and Danotherm Resistors. Contact: Kenny Stephenson [email protected]

Booth #3: Jema Energy SA Paseo del Circuito 10 E-20160 Lasarte-Oria Gipuzkoa · Spain www.jemaenergy.com Jema Energy designs and manufacturers customized power converters such as magnet power supplies, high voltage power supplies both pulsed and CW, klystron modulators for particle accelerators and nuclear fusion installations. The company was founded in 1953 and has supplied power conversion systems to JET, JT60-SA, MAST, CERN, DESY etc.

Contact: Bas Eikelboom [email protected]

Booth #4: Pulse Power Solutions LLC Mill Creek, WA USA 716-553-4597 http://pulsepowersolutions.com PPS specializes in high-power Pseudospark switches and also offers a large selection of Hot Cathode Thyratrons, Cold

21 Cathode Thyratrons, sealed two- and three-electrode Spark Gap switches and switch drivers. PPS provides cost-effective switching solutions for numerous high voltage applications, including: Fusion, Magneforming, Industrial Linacs, Electron Beam Sources, Electromagnetic Launchers, X-Ray Generators, and R&D. From the TDI series Pseudosparks to traditional thyratrons to self-break and triggered spark gaps, Pulse Power Solutions will find the switch you need and corresponding driver and accessories to match your application. Peak currents up to 200 kA, jitter as low as 0.2 ns, and lifetimes over 2 million Coulombs have been demonstrated. Contact: Carye Yanko [email protected]

Booth #7: Pulse Power and Measurement (PPM) Unit 65 Shrivenham Hundred Business Park Watchfield, Swindon, SN6 8TY UK www.ppm.co.uk PPM is a manufacturer of RF over fiber equipment and a specialist distributor of components for power electronics, high voltage and pulsed power applications. The component range includes semiconductors, switches, capacitors, resistors, heat sinks and simulation software. Sentinel and point2point fibre optic links transport signals in the presence of intense electromagnetic fields, such as in EMC testing and high energy physics. PPM also supplies test and measurement equipment such as current probes and attenuators. Contact: Phil Surman, Sales Director [email protected]

Booth #11: Spellman High Voltage Electronics Corp 475 Wireless Blvd Hauppauge, NY 11788 978-846-0506 www.spellmanhv.com Spellman High Voltage Electronics is the world's leading independent manufacturer of dc and pulsed high voltage

22 power supplies. Our product range includes: Modules, Rack Mounted Supplies and Custom Designed Products developed to precise customer specification. Voltages range from 250V to 500kV and power from <1W to 120kW+. Contact: Stephen Hopkins [email protected]

Booth #12: L-3 Applied Technologies, Inc. 2700 Merced Street San Leandro, CA. 94577 USA 510-325-6015 www2.l-3com.com/ati/solutions/electromagnetic_systems.htm L-3 Applied Technologies, Inc. (L-3 ATI) is an industry leader in Pulsed Power Physics, Engineering and Technology. We have nearly 50 years experience designing, building, testing and operating high voltage, high current, pulsed power and power electronics systems. L-3 ATI has delivered more than 300 major pulsed power systems to government and commercial customers world-wide. Our specific areas of expertise include: EM Railgun Systems, Directed Energy Weapon Systems, Lightning Simulators, Nuclear Weapons Effects Simulators, Pulsed Plasma Devices, High Power Microwave Systems, Large-Area EMP Generators, High- Average Power Modulators and Industrial Electron Beam & Flash X-ray Radiography Systems along with providing novel solutions for Critical Infrastructure Shielding and Human Injury Detection & Prevention. Contact: Peter Laurence [email protected]

Booth #13: Scandinova Systems AB Ultunaallen 2A Uppsala, Sweden 756 51 Sweden www.scandinovasystems.com ScandiNova Systems AB is a leading manufacturer of Solid State Pulse Power Modulators for particle research accelerators, radiotherapy, X ray cargo scanning detection, E-

23 beam sterilization, Pulsed Electric Field and various other pulsed power applications. Located in Uppsala Sweden, ScandiNova has system installations in North and South America, Asia, Australia as well as in Europe. Contact: Douglas Eaton [email protected]

Booth #15: Lockheed Martin 1902 West Freeway Grand Prairie TX 75051-2799 USA www.lockheedmartin.com Headquartered in Bethesda, Maryland, Lockheed Martin is a global security and aerospace company that employs approximately 126,000 people worldwide and is principally engaged in the research, design, development, manufacture, integration and sustainment of advanced technology systems, products and services. Contact: Steve Calico [email protected]

Booth #16: Kanthal Globar - Sandvik Heating Technology 495 Commerce Drive Suite 7 Amherst, NY 14228 USA 716-908-2896 www.globar.com Kanthal Globar, a business unit within The Sandvik Group, a $14 billion high technology enterprise with 50,000 employees worldwide, manufactures a broad offering of High Voltage Non-Inductive Bulk Ceramic Resistors and Double Layer Capacitors. When traditional resistors just won't do for your tough design problem, Kanthal Globar bulk ceramic non- inductive resistors offer the solution. We offer a full line of rugged, reliable bulk ceramic resistors - including custom designs - to meet the high voltage, high energy, high power, high current and low inductance requirements of the most demanding applications. Contact: Paul Elliott [email protected]

24 Booth #17: NWL, Inc. 312 Rising Sun Rd Bordentown, NJ 08505 USA www.nwl.com NWL is a proven leader in providing engineered power conversion solutions for demanding industrial and military applications. By allowing access to the NWL engineering staff, a collaborative design and development approach provides customized solutions for power supplies, transformers, inductors and capacitors for the most challenging requirements. From heavy duty oil and gas applications to high end medical and military applications, NWL consistently delivers unique solutions that meet or exceed customer’s precise needs. Over 75 years of integrated manufacturing experience allows the consistent quality and reliable delivery that has come to be expected regardless of order volume. Specific for the pulse power market we have a complete line of pulse power capacitors - metal & plastic case - as well as capacitor charging power supplies. Contact: Jim Given [email protected]

Booth #19: Pearson Electronics Inc. 4009 Transport Street Palo Alto, CA 94303 USA www.pearsonelectronics.com Pearson Electronics is the original and leading manufacturer of Precision Wide-Band Current Transformers used for accurate AC current measurements. Pearson Current Monitors can measure pulse, surge, transients, harmonics, sine-wave, EMI and other complex current wave shapes. Rise times as fast as 1.0 nanosecond can be viewed, and droop as low as 0.02%/millisecond. 1% accuracy over the midband and a typical 3dB bandwidth is 1Hz to 20 MHz. We meet both OEM and custom requirements. Contact: Jeff Reed [email protected]

25 Booth #20: Advanced Energy 1625 Sharp Point Drive Fort Collins, CO 80525 http://www.advanced-energy.com/en/High_Voltage.html Advanced Energy has devoted more than three decades to perfecting power—enabling design breakthroughs and driving growth for leading semiconductor and industrial customers. Our precision power and control technologies, along with our applications know-how, inspire close partnerships and perpetual innovation in thin-film and industrial manufacturing. Founded in 1981, Advanced Energy has built a diversified and global business, delivering advanced power and control technologies to customers across a broad range of industries. The AE team, deployed throughout North America, Europe, and Asia, provides technical expertise and responsive and agile power solutions for thin-film and industrial manufacturing. Our high-voltage power systems serve high- tech and industrial applications from X-ray and scientific analysis to intense pulsed light and mass spectrometry. Contact: James Morrison [email protected]

Booth #23: GMW Associates 955 Industrial Road San Carlos, CA 94070 USA www.gmw.com We are a Distributor and Integrator of Sensors, Transducers, Instruments and Systems based on magnetics. Products and support are provided for: non-contact, isolated sensing of mechanical position and magnetic material; magnetic field and magnetic property measurement; electric current measurement and control; magnetic field generation and control; particle beam control and acceleration. We will be showing PPM point-2-point fiber-optic links for transmission of analog signals with a frequency of DC-40MHz or 40Hz-3GHz. We will also be showing GMW DC-AC Clamp-On Current Probes from ±500A to ±8000A, DaniSense High Precision DC-AC Current Transducers from ±300A to ±8000A, and PEM Clip- Around Rogowski Coil AC Current Probes with frequencies to 30MHz and range to ±300kA. Contact: Brian Richter, President [email protected] 26 Booth #24: R&K Company Limited 721-1 Maeda, Fuji-City, Shizuoka-Pref. 416-8577 Japan www.rk-microwave.com R&K manufactures “RF Solid State Power Amplifier” and “Other Functional RF Components” for 38 years since being established in Japan in 1977. Such as broadband power amplifier products, connectorized components as both active and passive products, analog phase shifters for both narrow and broadband products, surface-mountable products, and 8- pin packaged products. We also manufacture custom products for customers who need special products for special purposes like MRI Systems, Supersonic Transducer Driver/Receiver Systems, Particle Accelerator, EMC testing, or RFI/EMI testing. We also do calibration and repair at our laboratory as after-sales service. To achieve our customers’ best satisfaction at quality, cost and delivery, R&K is always open for consulting by providing our specialized knowledge about RF. R&K always continues to develop new products using the latest technology with the aim of shaping the future development of the RF and microwave industries. Contact: Reichiro Kobana, CEO [email protected]

Booth #25: Barth Electronics Inc. 1589 Foothill Road Boulder City, NV 89005 USA www.barthelectronics.com Barth Electronics, Inc. has been designing and manufacturing state-of-the-art, fast-pulse, high-voltage measurement hardware since 1964. Our first high voltage pulse instrumentation hardware was designed for underground nuclear testing, and taught us much about reliable wideband HV attenuators. These “special” products have become “standards” and are used every day for reliable pulse measurements in physics and pulse power laboratories around the world. Contact: Jon Barth [email protected]

27 Booth #26: Diversified Technologies Inc. 35 Wiggins Ave Bedford MA 01730 USA www.divtecs.com Diversified Technologies, Inc., headquartered in Bedford, MA, is the developer and manufacturer of the PowerMod™ line of solid state power supplies, pulse modulators, RF transmitters, and related high voltage, high power equipment. DTI's high voltage systems are used in defense and commercial applications including radar, power conversion, high-energy physics, and food and wastewater processing. The company is a multiple winner of R&D Magazine’s R&D 100 Award, and has been selected as a Small Business Innovative Research Award Winner by the Massachusetts Technology Collaborative. Contact: Michael Kempkes [email protected] 781-275-9444 X211

Booth #28: Eagle Harbor Technologies Inc. 119 West Denny Way Suite 210 Seattle, WA 98119 USA www.eagleharbortech.com Eagle Harbor Technologies, Inc. (EHT) was founded in 2005. Over the last decade, EHT has developed integrated power modules, high current switches, isolated pulse generators, magnetic diagnostics, and plasma sources. The recently introduced EHT nanosecond pulser product line allows researchers unprecedented control of pulse width and pulse repetition frequency for a wide range of applications including driving dielectric barrier discharges. EHT power systems are currently in use in basic research experiments as well as in the aerospace, medical, and semiconductor industries. Contact: Dr. Timothy Ziemba [email protected]

28 Watt Sponsors

Table #2: TREK, INC. 190 Walnut Street Lockport, NY 14094 USA www.trekinc.com Trek designs and manufactures high-voltage amplifiers, piezo drivers, power supplies & generators and high performance electrostatic measurement instruments for demanding applications. Drive reactive or resistive loads with the company’s high-voltage amplifiers available from +/-50 V to +/-60 kV DC or peak AC, with high slew rates, wide bandwidth and excellent stability. Trek’s 1 kV pulser offers fast rise time, high peak current and adjustable pulse width. Contact: Brian Carmer [email protected]

Table #3: Tera Analysis Ltd. 21 Knasterhovvej Svendborg DK-5700 Denmark www.quickfield.com QuickField software from Tera Analysis Ltd. is a tool for electromagnetic, heat transfer and stress analysis simulations. It requires no training and widely used in industry for designing cables, capacitors, insulators, magnetic systems, electric motors, medical and biophysical applications. Major universities use QuickField as a teaching tool for electrical engineering and bioengineering classes. Our website provides tons of examples, tutorials, videos, recorded webinars and a free Student edition of the program. Contact: Vladimir Podnos [email protected]

29 Table #4: R. E. Beverly III and Associates P. O. Box 198 Lewis Center, OH 43035 USA www.reb3.com R. E. Beverly III and Associates was founded in 1978. Initially a contract-research organization, we now also offer a wide range of pulsed power components and systems including demountable gas-flow switchgear, trigger generators, dummy loads, and re-entrant coaxial cable connectors. Switches are available with operating voltages ranging from a few kV to MV and peak currents ranging from a few kA to MA. Electrically triggered (trigatron, field- distortion, surface-discharge) and laser triggered models are offered. Our specialty is design and manufacture of custom engineered pulsed power systems tailored for a user’s specific application. Contact: Dr. Robert Beverly (technical questions) or Nancy Cameron (general product inquiries) [email protected]

30 ACCELERATOR WORKSHOP

Note: The Accelerator Workshop is open to all registered attendees.

Outline and Objectives When developing small research or industrial accelerator facilities employing Radio Frequency (RF) power sources, the design cost can be considerable compared to the total project cost. Therefore limiting the design effort to a meticulous selection of standard off the shelf products may be a cost effective solution. In contrast, in large facilities where the RF power system has a significant impact on the global technical performance and cost, the design of the electrical to RF power conversion system should be addressed differently. When industrial standards do not exist, or the project scale is sufficient to develop “project standards,” it becomes important to adopt an organised and integrated design optimization process. For instance if both the klystron and modulator are new designs, the interface voltage becomes a free parameter. However, there are typically design team, and other organizational boundaries, at the technology interface between the RF and power converter engineers that can impede integrated optimization of these sub-systems. The workshop aims at:  Analysing these interfaces, the design constraints that they introduce, impediments to integrated design optimization, and strategies to transcend these limitations;  Introducing optimization methods suitable for integrated design;  Share experiences and create links between people from different organisations and countries who are facing similar design challenges. The workshop will begin with talks on the optimization of the CLIC RF power system and swarm optimization. This will be followed by a working-group discussion, analysing system interfaces for a strawman accelerator RF power system and discuss participant experience; design constraints, impediments to integrated design optimization, and strategies to transcend these limitations.

31 Accelerator Workshop Thursday, July 7, 2016 15:30 – 17:30 Pacific Heights 15:30 WS1 Using an Integrated Design Approach for the Compact Linear Collider (CLIC) Klystron Modulators D. Aguglia CERN 16:00 WS2 Particle swarm optimization techniques for pulsed power systems A. Jensen SLAC National Accelerator Laboratory 16:30 WS3 Workshop Discussion: Power converter design at the (RF power) system-level Moderated Discussion

32 2016 IEEE IPMHVC TECHNICAL PROGRAM Location: Palace Hotel, San Francisco, CA

Wednesday, July 6, 2016

Plenary 1 Wednesday, July 5, 2016 08:15 – 09:30 Ralston Ballroom Session Chair: George Laity, Sandia National Laboratories 08:15 PL1 Daily operation of Z: an 80 terawatt, 36 module pulsed power driver M. E. Savage, M. E. Cuneo, J. P. Davis, B. T. Hutsel, M. C. Jones, P. A. Jones, R. J. Kamm, M. R. Lopez, M. K. Matzen, D. H. McDaniel, G. R. McKee, J. E. Maenchen, J. L. Porter, K. R. Prestwich, J. Schwarz, D. B. Sinars, B. S. Stoltzfus, K. W. Struve, W. A. Stygar, P. E. Wakeland, and W. M. White Sandia National Laboratories

Oral Session 1: Dielectrics, Insulation, & Breakdown I Wednesday, July 6, 2016 10:00 – 12:00 Ralston Ballroom Session Chair: Ray Allen, Naval Research Laboratory 10:00 1O1 – 1O2, invited Charge trapping/detrapping characteristics and lifetime of solid dielectrics G. Chen University of Southampton 10:30 1O3 Two-dimensional numerical modeling of electric field and correlation to breakdown – area scaling E. Tuncer Texas Instruments Inc 10:45 1O4 Electrical and mechanical strength investigation of layered sandwich structure using Al2O3 and SiO2 with polyimide film S. Akram and G. Wu Southwest Jiaotong University

33 11:00 1O5 Energy consumption characteristics of pulsed arc discharge in high pressure carbon dioxide up to supercritical phase T. Furusato, T. Kamagahara, H. Koreeda, T. Fujishima, and T. Yamashita Nagasaki University 11:15 1O6 An AC arc discharge model for ice-covered FRP live-line tools M. Ghassemi and M. Farzaneh INGIVRE, Université du Québec à Chicoutimi 11:30 1O7 Characterization of double-positive metamaterials for advanced applications A. Pearson and R. Curry University of Missouri 11:45 1O8 Seismic wave characteristic of ground surface layer produced by pulsed discharges in closed water domain C. Ren, X. Xu, R. Fu, A. Fan, Y. Sun, J. Wang, P. Yan, and T. Shao Institute of Electrical Engineering, Chinese Academy of Sciences

Oral Session 2: Accelerators, Beams, and Repetitive Pulsed Power Wednesday, July 6, 2016 10:00 – 12:00 Gold Ballroom Session Chair: Craig Burkhart, SLAC National Accelerator Lab- oratory 10:00 2O1 Core and copper loss effects on the stepped impedance transmission line pulse generator A. Kuthi1, J. M. Sanders2, and M. A. Gundersen1 1University of Southern California 2Transient Plasma Systems

34 10:15 2O2 Design of bipolar pulse generator topology base on Marx generator supplied by double power S. Dong, C. Yao, Y. Mi, C. Li, Y. Zhao, Y. Lv, and H. Liu Chongqing University 10:30 2O3 Repetitive high voltage pulse modulator using bipolar Marx generator combined with pulse transformer L. Tong, J. Qiu, and K. Liu Fudan University 10:45 2O4 Design and testing of a compact low impedance Marx generator with quasi rectangular pulse H. Liu, W. Xie, J. Yuan, X. Ma, and P. Jiang Key Laboratory of Pulsed Power, Institute of Physics, China Academy of Engineering Physics 11:00 2O5 – 2O6, invited Initial evaluation of the load current multiplier concept on the Sandia Z accelerator G. Laity1, M. Martin1, C. Jennings1, D. Lamppa1, E. Madrid2, R. McBride1, T. Pointon1, G. Robertson1, G. Rochau1, D. Rose2, D. Rovang1, M. Savage1, E. Field1, W. Stygar1, 2 1 3 1 1 D. Welch , T. Awe , A. Chuvatin , M. Cuneo , M. Gomez , R. Falcon1, M. Hess1, and B. Hutsel1 1Sandia National Laboratories 2Voss Scientific 3l’École Polytechnique 11:30 2O7 The high voltage pulsed current supply based on solid- state devices H. Shi, J. Qiu, and K. Liu Fudan University 11:45 2O8 Repetitive pulse x-rays generator based on all solid state pulsed power source J. Yuan, W. Xie, X. Ma, H. Liu, P. Jiang, L. Wang, and H. Li China Academy of Engineering Physics

35 Poster Session 1A: Dielectrics I and Repetitive Pulsed Power Wednesday, July 6, 2016 13:30 –15:00 Twin Peaks Session Chair: Matthew McQuage, Naval Surface Warfare Center Dahlgren Session Chair: John Krile, Naval Surface Warfare Center Dahlgren 1PA1 Chopper-Marx circuit for application to ILC: switching and voltage adding

R. Suzuki1, T. Hayashi1, T. Sugai1, A. Tokuchi1, W. Jiang1, M. Akemoto2, and H. Nakajima2 1Nagaoka University of Technology 2High Energy Accelerator Research Organization (KEK) 1PA2 Chopper-Marx circuit for application to ILC: charging and system control T. Hayashi1, R. Suzuki1, T. Sugai1, A. Tokuchi1, W. Jiang1, M. Akemoto2, and H. Nakajima2 1Nagaoka University of Technology 2High Energy Accelerator Research Organization (KEK) 1PA3 Modular Marx generator K. Rainwater, D. Barnett, A. Neuber, J. Mankowski, and J. Dickens Texas Tech University 1PA4 A Marx-based power converter topology as a current source for pulsed magnets in particles accelerators D. Aguglia and T. Todorcevic CERN 1PA5 Design of a Marx generator with high pulse repetition rate C. Mao1, J. Lehr2, J. C. Pouncey2, and X. Wang1 1Tsinghua University 2University of New Mexico 1PA6 The researches on compact repetitive pulsed power system based on Marx generator S. Hao Key Laboratory of Pulsed Power, Institute of Fluid Physics, China Academy of Engineering Physics 1PA7 Design of dual polarity MV dipole antenna system W. Nunnally, M. Lara, J. Byman, E. Perry, J. Mayes, and W. C. Nunnally Applied Physical Electronics, LC

36 1PA8 A compact high voltage pulse generator for three plasma synthetic jet actuators synchronous discharge L. Wang, C. Zhang, L. Han, T. Shao, and C. Ren Institute of Electrical Engineering, Chinese Academy of Sciences 1PA9 Performance improvement of a compact pulsed neutron generator with a vacuum arc ion source Z. Yang, J. Li, X. Li, and T. Wang Institute of Fluid Physics, China Academy of Engineering Physics 1PA10 A high repetition-rate bipolar nanosecond pulse generator based on magnetic pulse compression system Y. Mi, J. Wan, N. Yang, T. Luo, C. Yao, and C. Li College of Electrical Engineering, Chongqing University 1PA11 Sub-microsecond pulse generators based on magnetic pulse compression system D. Zhang1, Y. Zhou2, and P. Yan1 1Institute of Electrical Engineering, Chinese Academy of Sciences 2Automation and Electrical Engineering College, Tianjin University of Technology and Education 1PA12 A 100 kV nanosecond pulse generator based on magnetic pulse compressor Y. Zhou and D. Zhang Tianjin Key Laboratory of Information Sensing and Intelligent Control, Tianjin University of Technology and Education 1PA13 Development of a test platform for high voltage ceramic capacitors based on magnetic compression J. Gao, H. Yang., S. Li, J. Kan, and B. Qian National University of Defense Technology 1PA14 High power microwave pulse compressors with a variable geometry of accumulative resonant cavity S. Artemenko1, R. E. Beverly, III2, S. Gorev1, and V. Igumnov1 1National Research Tomsk Polytechnic University 2R. E. Beverly III and Associates 1PA15 A two dimensional circuit model of induction cavity G. Fan, B. Gong, J. Jihao, and Z.Wenkang Institute of Fluid Physics, China Academy of Engineering Physics

37 1PA16 Numerical analysis on the output characteristics of a linear switch array pulse modulator P. He1, W. Tie1, T. Wang2, and C. Guo2 1Xi'an Electric Engneering Research Institute 2Xi'an Jiaotong University 1PA17 A repetitive rate pulse system used in lifetime evaluation of high voltage ceramic capacitors J. Yan, W Ding, Y. Gou, Y. Wang, K. Qian, Y. Wang, and P. Wang State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University 1PA18 Development of variable charging system for voltage adjustment R. Ogata, M. Fue, T. Oikawa, M. Akiyama, and K. Takaki Iwate University 1PA19 GW-class relativistic backward-wave oscillator with pulse duration above 200 ns X. Ge, J. Zhang, J. Yang, Z. Jin, and T. Shu National University of Defense Technology 1PA20 High voltage studies of inverted-geometry ceramic insulators for a 350 kV DC polarized electron gun C. Hernandez Garcia, M. Poelker, and J. Hansknecht Jefferson Lab 1PA21 Stability of thyratron switching in LCLS linac modulators A. Benwell, F. J. Decker, A. Krasnykh, J. Krzaszczak, and T. Maxwell SLAC National Accelerator Laboratory 1PA22 Effects of thyratron aging on klystron RF pulse stability P. Delgiusto, A. Fabris, F. Pribaz, N. Sodomaco, and L. Veljak Elettra - Sincrotrone Trieste ScpA 1PA23 Thyratron stability improvements of SNS extraction kicker system B. Morris Oak Ridge National Laboratory 1PA24 Towards sub-ppm shot-to-shot amplitude stability of SwissFEL resonant kicker M. Paraliev and C. Gough Paul Scherrer Institut

38 1PA25 CSNS pulse klystron high voltage power supply system overview and performance test J. Li Institute of High Energy Physics, Chinese Academy of Sciences 1PA26 High-voltage soliton production with nonlinear lumped varactor diode lines J. Rossi1, L. Silva Neto1, J. Barroso1, and E. Schamiloglu2 1National Institute for Space Research-INPE 2University of New Mexico 1PA27 High power soliton generation using hybrid nonlinear transmission lines L. Silva Neto1, J. Rossi1, J. Barroso1, E. Schamiloglu2 1National Institute for Space Research 2University of New Mexico 1PA28 High power microwave production with a nanosecond pulser and nonlinear transmission line J. Prager, T. Ziemba, and K. Miller Eagle Harbor Technologies, Inc. 1PA29 Gyromagnetic nonlinear transmission line with sealed spark gap R. Ryan, H. Cravey, A. Neuber, and J. Dickens Texas Tech University 1PA30 Design and performance of an 8 line gyromagnetic nonlinear transmission array W. H. Cravey, R. D. Ryan, A. A. Neuber, J. C. Dickens, and J. J. Mankowski Texas Tech University 1PA31 Multichannel signal synthesis in free space Z. Shaw, W. Feilner, C. Lynn, A. Neuber, and J. Dickens Texas Tech University 1PA32 Custom designed dummy loads for HV pulsed power modulator testing M. Osemann Ampegon-PPT GmbH 1PA33 Construction and commissioning Xbox3: a very high capacity X-band test stand G. McMonagle1, N. C. Lasheras1, C. Francois Eymin1, J. G. Navarro2, S. F. Rey1, A. Solodko1, I. Syratchev1, B. Woolley1, D. E. Pereira2, and T. Argyropoulos2 1CERN 2Instituto de Fisica Corpuscular

39 1PA34 Characterization and fabrication of carbon nanotubes grown on ceramic substrates for high temperature RFID applications B. Yakupoglu, M. Moxley, and H. Kirkici Auburn University 1PA35 A 400 A programmable linear current pulse generator G. Grawer, N. Voumard, F. C. Dominguez, and T. Fowler CERN 1PA36 Permittivity and permeability in double positive metamaterials fabricated with barium titanate K. Noel, R. Curry, and G. Howard University of Missouri 1PA37 Investigation dielectric materials at different frequency ranges E. Onal and A. Kara Electrical Engineering Department, Istanbul Technical University 1PA38 Dielectric properties and surface flashover characteristics of Al2O3-filled epoxy resin in subatmospheric pressure under 20 – 200 kHz applied pulsed fields H. Kirkici1, M. Ozcan2, and Y. Chen1 1Auburn University 2Necmetting Erbakan University 1PA39 Influence of test conditions on the thermally stimulated current characteristics of silicone rubber used for composite insulators Y. Liang, L. Gao, and P. Dong Hebei Provincial Key Laboratory of Power Transmission Equipment Security Defense, North China Electric Power University 1PA40 Flashover characteristics of metal particle contaminated GIS insulator under DC voltage Q. Du1, Y. Qin1, J. Ma1, Q. Zhang1, T. Wen1, J. He2, J. Zhao1, and P. Zhang2 1Xi'an Jiaotong University 2China Electric Power Research Institute 1PA41 Experimental study on surface flashover and analysis of surface morphology of silicon rubber Q. Xie1, T. Wang1, Z. Hu1, H. Huang1, C. Wang1, X. Bian1, Y. Xu1, and X. Wang2 1Hebei Provincial Key Laboratory of Power Transmission Equipment Security Defense, North China Electric Power University 2Department of English, North China Electric Power University

40 1PA42 Influence of metallic particle on flashover characteristics of post insulator in SF6 under negative DC voltage Y. Qin1, C. Guo1, Q. Du1, T. Wen1, J. Ma1, Z. Li2, and Q. Zhang1 1Xi'an Jiaotong University 2China Electric Power Research Institute 1PA43 Surface flashover characteristics of grooved nanodielectrics under pulsed voltage in partial vacuum Y. Chen, A. Kara, and H. Kirkici Auburn University 1PA44 High-field excited flashover across solid dielectrics in vacuum: mechanism and suppression G. J. Zhang, R. D. Zhou, G. Q. Su, B. P. Song, and H. B. Mu Xi'an Jiaotong University 1PA45 Pressure rise calculation due to an internal arc fault in HV metal-enclosed SF6 GIS D. Bešlija1, S. Delić1, M. Kapetanović1, and D. Gorenc2 1Univiversity of Sarajevo 2KONČAR-EVA d.d. Zagreb 1PA46 Effects of mechanical pre-stress on the dielectric strength of alumina Al2O3 Z. Jouini, D. Malec, and Z. Valdez-Nava Laplace Université Paul Sabatier 1PA47 Dielectric Strength Testing of 3D Printed Polymeric Materials B. Hoff1, S. Maestas1, and S. Hayden2 1Air Force Research Laboratory 2Aramco Services Company 1PA48 Electro-convection in liquids in absence of ionization A. Pokryvailo Spellman High Voltage Electronics Corp.

Poster Session 1B: Dielectrics I Wednesday, July 6, 2016 13:30 –15:00 Presidio Session Chair: George Laity, Sandia National Laboratories 1PB1 DC breakdown from vacuum to low pressure in dielectric-loaded systems M. Aldan1 and J. Verboncoeur2 1University of California, Berkeley 2Michigan State University

41 1PB2 Surface flashover properties of polytetrafluoroethylene modified by ion implantation in vacuum R. Xu, T. Xia, D. Li, and D. Zhang Institute of Electrical Engineering, Chinese Academy of Sciences 1PB3 A coaxial ceramic vacuum insulator for a repetitive operated pulsed power source T. Xun, H. W. Yang, Z. C. Zhang, D. Q. Chen, J. T. He, and J. D. Zhang College of Opto-Electric Science and Engineering, National University of Defense Technology 1PB4 Characteristics of residual surface charge distribution on alumina under DC voltage in vacuum G. Q. Su, Y. B. Wang, B. H. Guo, B. P. Song, and G. J. Zhang State Key Laboratory of Electrical Insulation and Power Equipment, School of Electrical Engineering, Xi’an Jiaotong University 1PB5 Relationship between the physicochemical properties of materials and the fractal dimension of creeping discharges propagating at solid/fluid interfaces A. Beroual l'École Centrale de Lyon, University of Lyon, Ampere Lab 1PB6 The analysis of time to breakdown in various gas insulation systems E. Onal Istanbul Technical University

1PB7 Comparison of breakdown voltage of N2, CO2, SF6, N2- SF6, and CO2-SF6 mixtures: seeking substitutes for SF6 for high voltage apparatus A. Beroual and M.-L. Coulibaly l’École Centrale de Lyon, University of Lyon, Ampere Lab

1PB8 Proposing supercritical fluids as a replacement for SF6 in high–voltage circuit breakers B. van Heesch1, J. Zhang2, U. Ebert3, T. Huiskamp1, W. 1 1 4 1 Hoeben , F. Beckers , A. Markosyan , and G. Pemen 1TUe Netherlands 2TKF Netherlands 3TUe and CWI Netherlands 4University of Michigan

42 1PB9 Influence of impulse waveform parameters on the breakdown voltage in SF6 highly inhomogeneous electric field T. Wen1, Q. Zhang1, Z. Wu1, C. Guo1, M. Chen1, L. Zhang1, and X. Tan2 1State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University 2Yunnan Electric Power Test and Research Institute Group CO., LTD., Electric Power Research Institute 1PB10 Influence of electric field non-uniformity on breakdown characteristics in SF6/N2 gas mixtures under lightning impulse C. Guo, Q. Zhang, H. You, T. Wen, J. Ma, and Y. Qin Xi'an Jiaotong University 1PB11 Dielectric breakdown characteristics of the rod-plane electrode system in SF6 gas under oscillating impulse voltage J. Li and L. Zhang Xi'an Jiaotong University

1PB12 Influence of H2O on SF6 discharge and decomposition characteristics under low moisture conditions L. Zhong, S. Ji, K. Liu, Q. Xiong, and L. Zhu Xi’an Jiaotong University 1PB13 Discussion on the control standards of moisture content in SF6 electrical equipment J. Ma1, Q. Zhang1, H. You1, T. Wen1, C. Guo1, Z. Wu1, and X. Zhang2 1Xi'an Jiaotong University 2Shenzhen Power Supply Co. Ltd. 1PB14 Research on the arc of mixture using the confined space Q. Ye1 and G. Shao2 1Huazhong University of Science and Technology 2High Voltage Department of China Electric Power Research Institute 1PB15 Partial discharge measurements and IEC standards: justification of the use for their inclusion in after-laying test for extruded cable systems M. Batalović1, D. Bešlija1, M.-H. Kim2, K.-H. Kim2, and M. Kapetanović1 1Faculty of Electrical Engineering Sarajevo 2ILJIN Electric Co.Ltd.

43 1PB16 PD pulse sequence studies with model transformer insulation in mercaptans contaminated transformer oil S. Kumar1, R. Balaiah2, S. Kumar3 1Sri Siddhartha Institute of Technology 2P. E. S. College of Engineering 3ABB

Poster Session 1C: Dielectrics I Wednesday, July 6, 2016 13:30 –15:00 Marina Session Chair: Guan-Jun Zhang, Xi’an Jiaotong University 1PC1 The PD ultrasonic array detection based on MP Q. Xie, Y. Liu, F. Lv, D. Liu, Y. Zhang, and X. Liu North China Electric Power University 1PC2 Partial discharges in insulation systems subjected to multilevel converters M. Florkowski, P. Blaszczyk, and P. Klimczak ABB Corporate Research 1PC3 Multiple voids insulation system response by partial discharge analysis P. Romano, F. Viola, R. Miceli, A. Imburgia, and A. Madonia Palermo University 1PC4 Partial discharge and endurance test technologies for insulation of inverter-fed motors using impulse voltages P. Wang School of Electrical Engineering and Information 1PC5 The effect of partial discharge on electrical life of oil immersed paper Y. Cui1, X. Ou2, F. Zhang1, P. Cao1, and L. Zhu1 1Xi'an Jiaotong University 2Guangdong Electric Power Research Institute 1PC6 Space charge accumulation as a contributor to partial discharge activity in dielectric elastomer actuators under high voltage DC A. Francis, K. Burke, and J. Zirnheld The State University of New York at Buffalo 1PC7 Effect of electrode composition on the partial discharge characteristics of a dielectric elastomer actuator system A. Martinez, K. Burke, and J. Zirnheld The State University of New York at Buffalo

44 1PC8 Breakdown characteristics of transformer oil insulation under impulse voltage with different waveforms parameters T. Zhao, Y. Liu, F. Lv, J. Yang, and Z. Wang North China Electric Power University 1PC9 Study on impulse breakdown characteristics in transformer oil with different electrode materials Heli Ni, T. Wang, W. Yuan, M. Gao, Y. Li, Y. Ding, and Q. Zhang Xi'an Jiaotong University 1PC10 Study on bubble evolution in oil-paper insulation during dynamic rating of power transformers M. Gao, Y. Ding, T. Wang, H. Ni, W. Yuan, C. Guo, and Q. Zhang Xi'an Jiaotong University 1PC11 Effect of hydrostatic pressure on the impulse breakdown characteristics of transformer oil T. Wang, M. Gao, Y. Ding, Y. Li, Q. Zhang, H. Ni, and W. Yuan Xi'an Jiaotong University 1PC12 Study of nanosecond electrical breakdown in perfluorinated liquids at 140 kV I. Punanov1, R. Emlin1, P. Morozov1, and S. Cholakh2 1Institute of Electrophysics UB RAS 2Ural Federal University 1PC13 Liquid dielectric breakdown studies using compact Tesla pulse generator V. P. Gajula, R. Kumar, V. P. Anitha, S. Kumar, and A. Shyam Institute for Plasma Research 1PC14 Time-resolved imaging of electrical discharge development in underwater bubbles Y. Yang Huazhong University of Science and Technology 1PC15 The influence of metal vapor deposition on the insulating materials T. Xia and R. Xu Institute of Electrical Engineering, Chinese Academy of Science

45 1PC16 Study of the deterioration of conductive coatings used in form-wound motor coils by fretting wear tests F. P. Espino-Cortes, M. V. Torres, M. Carlos, T. A. Olivares, and E. A. Gallardo-Hernández Section of Graduate Studies, Superior School of Mechanical and Electrical Engineering, Zacatenco, Instituto Politécnico Nacional 1PC17 Analysis of insulation failure of polymer composite blocks using high frequency wave shapes E. Kasinathan, M. Gunasekaran, M. Sivashanmugam, L. Guber, and P. Sekar Pondicherry Engineering College 1PC18 Breakdown of twisted pair with secondary layer stressed by switching of Power Electronic Converters (PECs) E. S. Kasinathan, A. Bharanikumar, P. Rajendiran, S. Babu, and C. Challipan Pondicherry Engineering College 1PC19 Breakdown strength properties of XLPE from 160 kV DC cable under DC and impulse voltage at different temperature Y. Liu, H. Liu, L. Yu, and T. Zhao Hebei Provincial Key Laboratory of Power Transmission Equipment Security Defense, North China Electric Power University

Oral Session 3: Opening, Closing, and Solid State Switches Wednesday, July 6, 2016 15:30 – 17:30 Ralston Ballroom Session Chair: Matt Domonkos, Air Force Research Laboratory 15:30 3O1 High current switching capabilities of a 3000 V SiC thyristor for fast turn-on applications J. Sanders1, A. Elasser2, and S. Soloviev2 1Transient Plasma Systems, Inc. 2GE Global Research Center

46 15:45 3O2 High-voltage SiC thyristor burst-rate switching H. O'Brien1, A. Ogunniyi1, and S.-H. Ryu2 1US Army Research Laboratory 2Wolfspeed 16:00 3O3 LED-triggered photoconductive semiconductor switches for nanosecond pulse generation W. Ren and C. Jiang Old Dominion University 16:15 3O4 Assessing the role of non-local trap-to-band impact ionization in 4H-SiC photoconductive switches containing deep defects aimed at enhanced hold-off voltages A. Chowdhury, A. Neuber, J. Dickens, R. Joshi, and D. Mauch Texas Tech University 16:30 3O5 Skin-effect as the opening switch phenomenon in combination with the semiconductor opening switch in high power generators based on inductive storage O. Egorov TRINITI 16:45 3O6 High-voltage silicon avalanche diodes for picosecond range pulse-sharpening applications: towards optimal design P. Rodin, V. Brylevskiy, I. Smirnova, P. Brunkov, and I. Grekhov Ioffe Institute 17:00 3O7 Reversely switched dynistor: from Si to SiC L. Liang, L. Zhang, M. Pan, and Y. Shu Huazhong University of Science and Technology 17:15 3O8 Design and test of the trigger vacuum switch and its trigger source for the oil well stimulation device Z. Kailun Huazhong University

47 Oral Session 4: High Voltage Design, Devices, Testing, and Diagnostics Wednesday, July 6, 2016 15:30 – 17:30 Gold Ballroom Session Chair: Mike Mazarakis, Sandia National Laboratories 15:30 4O1 – 4O2, invited Power evaluation of a Cree 1200 V 50 A Si-C MOSFET using the solid state power emulator R. Thomas1 and S. Bayne2 1Army Research Laboratory 2Texas Tech University 16:00 4O3 High voltage capacitors environmental testing E. Bankowski1, J. Ho2, T. Meitzler1, and J. White1 1US Army TARDEC 2US Army Research Laboratory 16:15 4O4 A compact Faraday cup for nanosecond-pulse runaway electron beams J. Gu, C. Zhang, X. Hou, T. Shao, R. Wang, and P. Yan Institute of Electrical Engineering, Chinese Academy of Sciences 16:30 4O5 Miniature high voltage, high temperature component package development L. Rashkin, R. Brocato, J. Flicker, L. Fang, J. Neely, and R. Kaplar Sandia National Laboratories 16:45 4O6 Research of sweep frequency impedance criterion to determine transformer winding deformation F. Yang, Y. Liu, and F. Zhang State Key Laboratory of Electrical Insulation and Power Equipment 17:00 4O7 Optimal design of a medium voltage high frequency transformer with a high isolation voltage (115 kV) M. Jaritz and J. Biela ETH Zurich

48 17:15 4O8 Design considerations for higher electrical power system voltages in aerospace vehicles I. Cotton1, D. Schweickart2, D. Grosjean3, and C. Severns4 1University of Manchester 2Air Force Research Laboratory-WPAFB 3Innovative Scientific Solutions, Inc. 4Boeing Company

Thursday, July 7, 2016

Plenary 2 Thursday, July 7, 2016 08:15 – 9:30 Ralston Ballroom Session Chair: Allen Garner, Purdue University 08:15 PL2 Using high voltage nanosecond pulses to control cell functions and treat tumors R. Nuccitelli Pulse Biosciences, Inc.

Oral Session 5: Biomedical Applications and Power Modulators Thursday, July 7, 2016 10:00 – 12:00 Ralston Ballroom Session Chair: Jennifer Zirnheld, State University of New York at Buffalo 10:00 5O1 – 5O2, invited Physical and biological implications of capacitive coupling for electric pulse treatments A. Garner1, A. M. Darr1, A. D. Michelson2, A. Frelinger III2, A. J. Gerrits2, A. Caiafa3, C. A. Morton3, V. Robinson3, M. A. Berny-Lang2, S. L. Carmichael2, and V. Bogdan Neculaes3 1Purdue University 2Harvard Medical School 3GE Global Research

49 10:30 5O3 Evaluation of electrical pulsing strategy for optimizing cellular inflows through electroporation by nanosecond, high-intensity pulses Q. Hu1 and R. Joshi2 1Central Michigan University 2Texas Tech University 10:45 5O4 – 5O5, invited Impact of platelet activation electric stimulation protocols on hematopoietic and mesenchymal stem cells J. Castle1, A. Garner2, R. Smith1, B. Davis1, S. Klopman1, A. Torres1, V. Robinson1, and V. Bogdan Neculaes1 1GE Global Research 2Purdue University 11:15 5O6 Study of the cell viability and thermal effect under the high-frequency composite pulses Y. Zhao, C. Yao, Y. Mi, C. Li, S. Dong, Y. Lv, and H. Liu Chongqing University 11:30 5O7 Electric pulse manipulation of cancer cell population dynamics A. Vadlamani, T. Whitmer, A. Dhanabal, and A. L. Garner Purdue University 11:45 5O8 Measurement of electric field generated by high power burst pulse electromagnetic wave in water for using to application to bioelectrics Y. Minamitani1, Y. Takeda1, S. Katsuki2, and H. Akiyama2 1Yamagata University 2Kumamoto University

Oral Session 6: Power Electronics and High Voltage Thursday, July 7, 2016 10:00 – 12:00 Gold Ballroom Session Chair: Xiu Yao, State University of New York at Buffalo

50 10:00 6O1 Development of 3 MW dual output high voltage power supply for IC RF system A. Patel ITER-India, Institute for Plasma Research 10:15 6O2 High precision, low ripple 3 kV capacitor charger for future linear colliders S. Blume, J. Biela, and D. Gerber ETH Zürich 10:30 6O3 HV energy dosing DC-to-DC converter in PWM mode A. Pokryvailo Spellman High Voltage Electronics Corp. 10:45 6O4 Filtering of noises associated to the commutation of the DC rectifiers in patterns φ, q, n of partial discharges T. Ferreira1, S. Dorrbercker2, I. Benitez2, W. Torres3, and A. Urquiola2 1Federal University of Campina Grande 2Instituto Superior Politecnico Jose Antonio Echeverri 3EDELCA – CORPOELEC 11:00 6O5 Vibration and audible noise analysis of power capacitors with constrained damping structure J. Li, S. Ji, Y. Shi, and L. Zhu Xi'an Jiaotong University 11:15 6O6 – 6O7, invited High power, high repetition rate, fast capacitor charging circuit A. Kuthi1, J. M. Sanders2, and M. A. Gundersen1 1University of Southern California 2Transient Plasma Systems, Inc. 11:45 6O8 The distribution of lightning striking points on aircraft using the leader progress method Z. Duan and Z. Li Aviation Key Laboratory of Science and Technology on High Intensity Electromagnetic Environment Protection

51 Poster Session 2A: Power Electronics, Power Supplies Prime Power, Rotating Machines, and Energy Converters/Biomedical, Medical, and Environmental Appli- cations of Power Modulators Thursday, July 7, 2016 13:30 –15:00 Twin Peaks Session Chair: Isaac Cohen, University of Texas, Arlington Session Chair: Dong Dai, South China University of Technology 2PA1 Review and recent developments in DC arc fault detection X. Yao1, D. Schweickart2, J. Wang3 1State University of New York at Buffalo 2Air Force Research Laboratory, WPAFB 3Ohio State University 2PA2 Analysis of fault characteristics of converter in VSC- HVDC X. Sun1, X. Gao2, S. Ji3, and Y. Song3 1School of Communication and Information Engineering, Xi’an University of Science and Technology 2Northwest Subsection of State Grid Corporation of China 3State Key Laboratory of Electrical Insulation & Power Equipment, Xi’an Jiaotong University 2PA3 Tokamak vertical stability coil power supply based on modular multilevel converter X. Yao and I. Lee State University of New York at Buffalo 2PA4 Basic design and results of regulated high voltage power supplies utilized for heating systems at IPR for SST-1 P. Pareshkumar, C. B. Sumod, D. T. Dipal, L. N. Gupta Laxminarayan, U. K. Baruah Ujjwal, B. K. Shukla Brijmohan, P. K. Sharma Promod, Prahlad V., S. Kulkarni, R. Babu, Yss Srinivas, J. Patel, C. Virani, H. Patel, and S. Dalkoti Institute for Plasma Research 2PA5 On the circulating current control of a LCL converter for Tokamak H. Li Institute of Plasma Physics, Chinese Academy of Sciences 2PA6 A control system for an isolated LLC resonant DC-DC Converter C. Motta University of Sao Paulo

52 2PA7 A ZCS AC/DC converter with LCL F. Zhu1, G. Li2, and Q. Hang1 1University of Science and Technology of China 2Institute of Plasma Physics, Chinese Academy of Sciences 2PA8 A comparison of piezoelectric transformer technologies for HVDC converter applications P. Norgard and S. Kovaleski University of Missouri 2PA9 Thermal and efficiency study of a solid-state dual Marx generator combined a pulse transformer Y. Wang, Q. Zhou, J. Qiu, and K. Liu Fudan University 2PA10 Continuous switching of ultra-high voltage silicon carbide MOSFETs A. Bilbao, J. Schrock, M. Kelley, E. Hirsch, W. Ray, M. Giesselmann, and S. Bayne Texas Tech University 2PA11 Experimental study on reverse recovery characteristics of high power thyristors in HVDC converter valve K. Yue1, L. Liu2, D. Kong1, S. Li1, L. Pang1, Q. Zhang1, C. Guo3, and T. Wang3 1State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University 2State Grid Sichuan Electric Power Research Institute 3Xi'an Jiaotong University 2PA12 Closed transition transfer switch based on multi-mode photovoltaic inverter for preventing power outage S. Heo, W.-K. Park, and I. Lee Electronics and Telecommunications Research Institute 2PA13 Research on calibration method for single high pulse voltage for semiconductor devices test instruments C. Liu, J. Kan, and J. Li China Electronics Standardization Institute 2PA14 Fast medium voltage DC solid-state circuit breaker M. Gaudreau, D. Cope, and M. Kempkes Diversified Technologies, Inc. 2PA15 Research on 10 kV cascade pulse power supply for discharge applications X. Xu, C. Ren, and T. Shao Institute of Electrical Engineering, Chinese Academy of Sciences

53 2PA16 Charge-transfer based sensorless voltage feedback in HV capacitor chargers A. Bilbao, M. Giesselmann, and S. Bayne Texas Tech University 2PA17 Investigation of harmonic distortion in multi-pulse rectifiers for large capacitive charging applications D. Dodson, B. McRee, I. Cohen, and D. Wetz University of Texas at Arlington 2PA18 Fuzzy logic control of a hybrid energy storage module for naval pulsed power applications using a hardware-in-the- loop test bed I. Cohen1, D. Wetz1, Q. Dong2, J. Heinzel2, S. Veiga2 1University of Texas at Arlington 2Naval Surface Warfare Center - Philadelphia Division 2PA19 Impact of pulsed power loads on advanced aircraft electric power systems with hybrid fuel-cell/battery APU H. Ebrahimi and H. El-Kishky The University of Texas at Tyler 2PA20 High-current arc discharge (HCAD) test system for aeronautic power C. Nunnally, P. Williams, M. Lara, E. Perry, and J. Byman Applied Physical Electronics, L. C. 2PA21 Experimental study of a helical coil operating mechanism for future switchgear applications P. G. Nikolic, M. Heidemann, C. Petino, and S. Wetzeler RWTH Aachen University 2PA22 Nano-grids: future power grids – concept and review paper A. El-Shahat Georgia Southern University 2PA23 Special purpose power electronics converters for nano- grids & smart homes applications A. El-Shahat, O. Castle, A. Carver, A. Moore, S. K. Radford, and M. Moore Georgia Southern University 2PA24 Energy storage modeling library (ESML) for DC nano- grid A. El-Shahat and S. Ghose Georgia Southern University 2PA25 Optimized small scale hydropower generator electrical system design & modeling based on real-measurements A. El-Shahat, C. Saggus, R. Coley, and Z. Floyd Georgia Southern University

54 2PA26 Picosecond pulse delivery to biological tissue by a dielectric rod antenna R. Petrella, S. Xiao, and K. Schoenbach Old Dominion University 2PA27 15-stage compact Marx generator using 2N5551 avalanche transistors T. Huiskamp, T. Borrias, and G. Pemen Eindhoven University of Technology 2PA28 Development of high power burst pulse generator based on magnetic switch for bioelectrics application K. Yasu, Y. Minamitani, and N. Ken Yamagata University 2PA29 Multi-parameter analysis in single-cell electroporation based on the finite element model H. Liu, Y. Zhao, S. Dong, Y. Lv, C. Yao, Y. Mi, and C. Li Chongqing University 2PA30 Molecular dynamics based assessment of electric pulse enhancements of cell membrane poration by pressure waves Z. Zhang1, Q. Hu2, and R. Joshi1 1Texas Tech University 2Central Michigan University 2PA31 Electric pulse modification of mammalian cell suspension conductivity A. Fairbanks, A. Darr, A. Vadlamani, and A. Garner School of Nuclear Engineering, Purdue University 2PA32 Electric pulse manipulation of stem cell proliferation and differentiation A. Vadlamani, S. Kuang, A. L. Garner, Y. Nie, A. Dhanabal, and T. P. Gavin Purdue University 2PA33 Study of effects of nanosecond pulsed electric fields on cancer cell by using in vivo and ex vivo assay S. Ogura, S. Matsubara, S. Kuniyasu, K. Teranishi, Y. Uto, and N. Shimomura Tokushima University 2PA34 Study on inducing apoptosis and stimulating the irreversible electroporation effect for tumor treatment based on high frequency nanosecond pulsed electric field B. Changhao1, X. Jin1, R. Shaoqin1, K. Dongdong2, L. Qing2, S. Guanbin2, M. Yan1, and T. Xuefeng1 1School of Electrical Engineering, Chongqing University 2Bioengineering College of Chongqing University

55 2PA35 A uniform electric field producing microfluidic chip for study and analysis of irreversible electroporation L. Gong, C. Yao, Y. Lv, Y. Mi, and C. Li Chongqing University 2PA36 Experimental study on variations of rabbit tissue impedance during irreversible electroporation ablation S. Dong, C. Yao, L. Gong, Y. Zhao, X. Liu, and Y. Lv Chongqing University 2PA37 Research of muscle contraction and the effects of tissue ablation in vivo exposed to high-frequency electric fields S. Dong, C. Yao, Y. Zhao, Y. Lv, H. Liu, Y. Mi, and C. Li Chongqing University 2PA38 Auto-tuning oscillator for the generation of nonthermal plasma as a therapeutic treatment for melanoma K. Thompson1, J. Zirnheld1, K. Burke1, and S. Zucker2 1The State University of New York at Buffalo 2D'Youville College 2PA39 Pulsed power as the main tool of energy-efficient non- thermal microbiological decontamination E. Agarwal Institute of Applied Physics 2PA40 Effect of the number of inner wire electrodes on surfactant treatment using nanosecond pulsed powers M. Morimoto, K. Shimizu, K. Teranishi, and N. Shimomura Tokushima University 2PA41 Effects of algae on the flashover performance of insulators covered with RTV-coating Y. Li1, X. Zhang1, X. Yang2, and L. Liu1 1Electric Power Research Institute of State Grid Sichuan Electric Power Company 2State Grid Chengdu Power Supply Company 2PA42 Electric pulse parameter exploration for lipid extraction from microalgae M. Mulligan, S. Das, A. Fairbanks, L. A. Sherman, A. Garner, A. Shay, and J. Myers Purdue University 2PA43 Effect of brine and temperature in sterilization using nanosecond pulsed electric field for packaged fresh foods K. Saito, K. Hoki, and Y. Minamitani Yamagata University 2PA44 Evaluation of rotational and vibrational temperature of nanosecond pulsed surface discharge on water T. Sadamatsu, T. Furusato, H. Koreeda, T. Fujishima, and T. Yamashita Nagasaki University

56 2PA45 Treatment of aqueous pollutant by a discharge plasma reactor using a porous membrane T. Mori, T. Ishikawa, and T. Kiyan Kindai University 2PA46 Observation of discharges in NOx treatment reactor using nanosecond pulsed powers and the reactor improvement K. Omatsu, R. Arai, M. Morimoto, K. Teranishi, and N. Shimomura Tokushima University 2PA47 Down hole pulse generator must survive 300 °C at 9 km depth: low-cost access to ubiquitous geothermal heat worldwide W. Leighty The Leighty Foundation 2PA48 Impact of wind on pollution accumulation rate on outdoor insulators near shoreline M. M. Hussain1, S. Farokhi1, S. McMeekin1, and M. Farzaneh2 1Glasgow Caledonian University 2INGIVRE, Université du Québec à Chicoutimi

Poster Session 2B: Opening and Closing Switches Thursday, July 7, 2016 13:30 –15:00 Presidio Session Chair: Scott Rice, Michigan State University 2PB1 Thyristor based switches triggered in impact-ionization wave mode A. Gusev, S. Lyubutin, S. Rukin, S. Tsyranov Institute of Electrophysics UB RAS 2PB2 Research on transient junction temperature rise of pulse thyristor J. Hu, L. Dai, F. Lin, Y. Yang, and Z. Qin Huazhong University of Science and Technology 2PB3 Thyratron replacement M. Gaudreau, I.Roth, and M. Kempkes Diversified Technologies, Inc. 2PB4 Effect of conductive screens on the stabilization of plasma channels with currents of hundreds kiloamps V. Bochkov1, D. Bochkov1, S. Krivosheev2, and Y. Adamian2 1Pulsed Technologies ltd. 2Peter the Great St.Petersburg Polytechnic University

57 2PB5 Delayed avalanche breakdown of high-voltage Si diodes: scenarios and mechanisms of picosecond-range switching P. Rodin1, A. Minarsky2, M. Ivanov1, and I. Grekhov1 1Ioffe Institute, Russian Academy of Sciences 2Saint-Petersburg Academic University 2PB6 Evaluation of high voltage SiC PIN diode with robust field edge termination as an opening switch device S. Soloviev1, R. Ghandi1, A. Elasser1, and J. M. Sanders2 1GE Global research 2Transient Plasma Systems 2PB7 Characterization of high voltage 4H-SiC IGBTs with wide epitaxial drift regions M. Hinojosa and A. Ogunniyi Army Research Laboratory 2PB8 Test results of a 7.5 kA semi-conductor prototype switch as modular switchgear in energy extraction systems for the HL-LHC magnet test bench circuits G. J. Coelingh1, P. F. Austness1, M. Bednarek1, K. Dahlerup- Petersen1, A. Dinius1, A. Erokhin2, M. Favre1, V. D. Karaventzas1, S. Michniuk1, B. Panev2, S. Pemberton1, F. Rodriguez Mateos1, R. B. Rutgers1, G. Seweryn1, and R. Suykerbuyk1 1CERN 2AGH-UST 2PB9 A high-current, IGBT-based static switches for energy extraction in superconducting power circuits K. Dahlerup-Petersen1, G. J. Coelingh1, A. Dinius1, A. Erokhin2, and F. Rodriguez Mateos1 1CERN 2AGH-UST 2PB10 Characteristics of GaAs PCSS triggered by laser diode array X. Zhu, K. Liu, J. Qiu, and C. Zhang Fudan University 2PB11 Investigation on discharge mechanism of a particle beam triggered gas switch W. H. Tie1, T. Wang2, Y. Zhang2, C. Guo2, and Q. G Zhang2 1Xi’an Electronic Engineering Research Institute 2Xi'an Jiaotong University

58 2PB12 Pulse series generation based on the resistive load of neutron source type O. Egorov TRINITI 2PB13 A new soft switch circuit to improve the efficiency of a solid-state Marx generator Y. Wang, Q. Zhou, J. Qiu, and K. Liu Fudan University 2PB14 An explosive pulsed power source based on ferroelectric generators and electrical exploding opening switches Y. Wu Institute of Fluid Physics, Chinese Academy of Science 2PB15 Research on the working gas pressure of spark gap switch in high power laser system H. Zeng1, H. Wu2, D. Zou1, W. Liu3, and X. Zhang4 1East China Jiaotong University 2Maintenance Branch of Jiangxi Electric Power Company 3Jiangxi Electric Power Design Institution 4Shanghai Qiyi Electronics Technology Co., Ltd 2PB16 Novel GSSA modeling of switching functions and control of high power voltage source inverters (VSI) for advanced aircraft electric power systems H. Ebrahimi and H. El-Kishky The University of Texas at Tyler

Poster Session 2C: Solid State Power Modulators, Components, Switches, and Systems Thursday, July 7, 2016 13:30 –15:00 Marina Session Chair: Ge Li, Institute of Plasma Physics, Chinese Academy of Science 2PC1 Simulation and design trade-off analysis of 15 kV SiC SGTO thyristor during extreme pulsed overcurrent conditions J. Schrock1, E. Hirsch1, A. Bilbao1, S. Lacouture1, W. Ray1, S. Bayne1, M. Giesselmann1, A. Ogunniyi2, and H. O'Brien2 1Texas Tech University 2Army Research Laboratory

59 2PC2 Modeling and experiment research on turn-off characteristics of pulse power thyristor S. Tian, F. Lin, L. Dai, C. Jin, and Q. Zhang Huazhong University of Science and Technology 2PC3 Driving circuitry with active voltage clamping across IGBTs in a Marx configuration M. Sack, M. Hochberg, and G. Mueller Karlsruhe Institute of Technology 2PC4 Bridge topology as primary switch for magnetic pulse compression circuit C. Strowitzki Mlase AG 2PC5 Evaluation of long term reliability and safe operating area of 15 kV SiC PiN diodes during ultra-high current pulsed conditions E. Hirsch1, J. Schrock1, S. Lacouture1, A. Bilbao1, S. Bayne1, M. Giesselmann1, H. O'Brien2, and A. Ogunniyi2 1Texas Tech University 2Army Research Laboratory 2PC6 SILVACO based electro-thermal analysis of 4H-SiC TIV- JFET structure under extremely high current density resistive switching B. Pushpakaran1, S. Bayne1, and A. Ogunniyi2 1Texas Tech University 2Army Research Lab 2PC7 The design of a new explosive DC breaker using electromagnetic forming technology T. Ding, W. Huang, B. Zhang, L. Wang, X. Li, Q. Cao, X. Han, L. Li, and Y. Pan Huazhong University of Science and Technology 2PC8 Design and operation of pulsed power systems built to ESS specifications I. Roth, M. Gaudreau, and M. Kempkes Diversified Technologies, Inc. 2PC9 Stacked multi-level long pulse modulator topology for ESS M. Collins1, C. De Almeida Martins2, and A. Reinap1 1Lund University 2European Spallation Source 2PC10 Design and initial measurements of a 12.5 kV prototype inductive adder for CLIC DR kickers J. Holma, M. Barnes, and T. Fowler CERN

60 2PC11 A modular 200 kW – 25 kV DC medium frequency resonant converter for RF power amplifiers X. A. Bonnin, D. Aguglia, L. De Mallac, and S. Pittet CERN 2PC12 Simulation and design of the multi-channel isolated charging for solid-state Marx generators J. Xia1 and J. Qiu2 1Huanggang Polytechnic College 2Fudan University 2PC13 Design of high-voltage nanosecond fast repetitive pulse generator based on avalanche transistor S. Akram and Guangning Wu Southwest Jiaotong University 2PC14 Design of 40 kV, 300 µs, 200 Hz solid-state pulsed power modulator for long pulse applications H. J. Ryoo1, S. R. Jang2, and C. H. Yu2 1Chung-Ang University 2Korea Electrotechnology Research Institute

Oral Session 7: Super Invited I Thursday, July 7, 2016 15:30 – 17:30 Ralston Ballroom Session Chair: Dan Schweickart, Air Force Research Laboratory 15:30 7O1 – 7O4, invited Space charge and its role in electric breakdown of solid insulation G. Chen1,2, C. Zhou1, S. Li2, and L. Zhong2 1The Tony Davies High Voltage Laboratory, University of Southampton 2State Key Laboratory of Electrical Insulation for Power Equipment, Xian Jiaotong University 16:30 7O5 – 7O6, invited Review on the electrical contacts of pantograph-catenary system in high-speed railway Wenfu Wei, Guoqiang Gao, Guangning Wu Southwest Jiaotong University

61 17:00 7O7 – 7O8, invited Aqueous reactive species induced by surface discharges in N2/O2/H2O gas mixtures 1 1 1 D. Liu , Z. Liu , X. Wang , and M. G. Kong1,2 1State Key Laboratory of Electrical Insulation and Power Equipment, Center for Plasma Biomedicine, Xi’an Jiaotong University 2Frank Reidy Center for Bioelectrics, Old Dominion University

Friday, July 8, 2016

Plenary 3 Friday, July 8, 2016 08:15 – 9:30 Ralston Ballroom Session Chair: Luis Redondo, Lisbon Superior Engineering Institute 08:15 PL3 Pulsed Power at Loughborough University B. Novac Loughborough University.

Oral Session 9: High Power Microwaves Friday, July 8, 2016 10:00 – 12:00 Ralston Ballroom Session Chair: Nick Jordan, University of Michigan 10:00 9O1 – 9O2, invited Recent experiments on the recirculating planar magnetron N. M. Jordan1, G. B. Greening1, S. C. Exelby1, B. W. Hoff2, Y. Y. Lau1, and R. M. Gilgenbach1 1University of Michigan 2Air Force Research Laboratory 10:30 9O3 Development of a compact narrow-band high power microwave system R. Vezinet, F. Lassalle, J. C. Diot, S. Tortel, A. Morell, A. Loyen, A. Catrain, and A. Paupert CEA DAM, Gramat

62 10:45 9O4 Development of a portable, high power microwave system D. Barnett, C. Lynn, P. Kelly, J. Dickens, A. Neuber, and J. Mankowski Texas Tech University 11:00 9O5 – 9O6, invited Study of the electric field screening effect on nine carbon fiber field emitters with non-uniform height W. Tang1, D. Shiffler1, M. LaCour2, K. Golby2, and T. Knowles3 1Air Force Research Laboratory 2Leidos Inc. 3Energy Science Laboratories Inc. 11:30 9O7 600 kV bipolar output Tesla-Blumlein generator with frequency bandwidth > 1 GHz B. Novac1, M. Wang1, L. Pecastaing2, P. Senior1, and I. Smith1 1Loughborough University 2Pau University 11:45 9O8 Evaluation of hybrid bouncer systems for high precision klystron modulators X. A. Bonnin and D. Aguglia CERN

Oral Session 10: Dielectrics, Insulation, & Breakdown II Friday, July 8, 2016 10:00 – 12:00 Gold Ballroom Session Chair: Kevin Burke, The State Univeristy of New York at Buffalo 10:00 10O1 Effect of high voltage impulses on change of partial discharge characteristics in oil-impregnated paper for online diagnostics R. Nikjoo, N. Taylor, and H. Edin KTH Royal Institute of Technology

63 10:15 10O2

The mechanism of SF6 decomposition characteristics under partial discharge at different gas pressures and voltage K. Liu, S. Ji, L. Zhong, and L. Zhu Xi’an Jiaotong University 10:30 10O3 Partial discharges in synthetic ester-pressboard dielectric

C. Thirumurugan IIT Mandi 10:45 10O4 Investigation of model transformer insulation behavior during PD activity in di-benzo-di-sulfide sulphur contaminated transformer oil using online tanδ measurement S. Kumar1, R. Balaiah2, and S. Kumar3 1Sri Siddhartha Institute of Technology 2P. E. S. College of Engineering 3ABB 11:00 10O5 Electron stimulated gas desorption of some dielectrics in vacuum B. P. Song1, G. Q. Su1, G. J. Zhang2, J. Ikeda3, and Y. Yamano3 1State Key Laboratory of Electrical Insulation and Power Equipment, School of Electrical Engineering, Xi’an Jiaotong University 2Xi’an Jiaotong University 3Saitama University 11:15 10O6 Ferrimagnetic material testbed for coaxial nonlinear transmission lines C. Anderson, J. Parson, and C. Hettler Scientific Applications and Research Associates, Inc. 11:30 10O7 Stability characteristics of gas filled surge arrester in gamma- and x-radiation field K. Stankovic University of Belgrade

64 11:45 10O8 Experimental study on oil well stimulation by dynamic shock wave induced by liquid pulsed current discharge Y. Liu, Z. Li, X. Li, Q. Z., H. Li, L. Dai, and F. Lin Huazhong University of Science and Technology

Poster Session 3A: Plasma, Lasers, and Electromagnetic Launchers Friday, July 8, 2016 13:30 –15:00 Twin Peaks Session Chair: Peng Zhang, Michigan State University 3PA1 Introduction to non-magnetically confined fusion plasma torch-device B. Gutman, G. Villanova, and N. Belluccia State University of New York, Nassau Community College 3PA2 High gain fusion plasmas in Tokamaks G. Li University of Science and Technology China 3PA3 Design of a 5.5 MJ charge dump power supply for the PPPL FLARE experiment P. Melnik1, A. Bushnell1, S. Woodruff1, T. Ziemba2, A. Gao3, F. Hoffman3, J. Jara-Almonte3, H. Ji3, M. Kalish3, K. Miller2, P. Sieck1, and J. Stuber1 1Woodruff Scientific Inc 2Eagle Harbour Technologies 3Princeton Plasma Physics Laboratory 3PA4 Design of a compulsator to drive a railgun A. Kulkarni and M. Joy Thomas Indian Institute of Science, Bangalore 3PA5 Feasibility study of using lithium iron phosphate battery as a 1 GW class pulse power system for navy railgun S. S. M. Chung National Yang-Ming University 3PA6 Design and implementation of a hierarchical control system architecture for a modular pulsed power supply system E. Durna, Y. Çevik, M. Karagöz, and A. Civil Aselsan Inc.

65 3PA7 Research on 24 MJ PFN for electromagnetic launch discharged in sequence C. Jin, L. Dai, Q. Zhang, S. Tian, and F. Lin Huazhong University of Science and Technology 3PA8 Polytetrafluoroethylene films surface treatment of atmospheric pressure three-dielectric-layer barrier discharge plasma driven by sub-microsecond repetitive pulses X. Li, J. Li, Y. Xie, P. Dong, J. Long, and L. Zhang China Academy of Engineering Physics 3PA9 Research of airflow control using surface dielectric barrier discharge plasma at atmosphere pressure L. Yang, C. Ren, and H. Yan Dalian University of Technology 3PA10 Study of accelerating surface charge dissipation on epoxy treated by dielectric barrier discharge Y. Ma, B. Hai, C. Zhang, C. Ren, and T. Shao Institute of Electrical Engineering, Chinese Academy of Science 3PA11 Study of the corona effect: application to the ionocraft L. Veron1 and P. Veron2 1CEA 2CPGE l'Essouriau 3PA12 Spectral mapping of the corona discharge G. Avhad, H. Bahirat, and S. Kulkarni IIT Bombay 3PA13 Experimental investigation on humidity effects on the variations of positive DC corona discharge X. Zhang, B. Xingming, X. Cui, and T. Lu North China Electric Power University 3PA14 Development of high-power gas discharge and electronic vacuum devices for pulsed electrophysics: current status and prospects V. Bochkov, D. Bochkov, V. Dyagilev, P. Panov, V. Teryoshin, V. Ushich, and I. Vasiliev Pulsed Technologies Ltd. 3PA15 Discharge analysis of EAST H-mode for compressed plasma Q. Hang and G. Li Institute of Plasma physics, Chinese Academy of Sciences

66 3PA16 Mode transition in microsecond-pulse gliding discharges at atmospheric pressure Z. Niu, C. Zhang, R. Wang, and T. Shao Institute of Electrical Engineering, Chinese Academy of Science 3PA17 The characteristics of repetitive frequency discharge of plasma synthetic jet actuators L. Han, T. Shao, C. Ren, C. Zhang, L. Wang, and P. Yan Institute of Electrical Engineering, Chinese Academy of Sciences 3PA18 Motion behavior of free conducting wire-type particles in SF6 gas under DC voltage H. You, Q. Zhang, C. Guo, T. Wen, J. Ma, and Y. Qin Xi’an Jiaotong University 3PA19 Improvement of ozone producing coaxial reactor by tensioned inner wire electrode in using nanosecond pulsed power T. Ikemoto, M. Morimoto, T. Ninomiya, K. Teranishi, and N. Shimomura Tokushima University 3PA20 Generation and characterization of a pulsed dense plasma with helium T. Manegold, M. Iberler, J. Wiechula, and J. Jacoby Goethe University Frankfurt 3PA21 Self-sustaining conditions for nanosecond pulsed volume discharges under airflows L. Wei, M. Tang, and Z. Chaohai Harbin Institute of Technology 3PA22 Pre-ionization roles of upstream discharges for downstream discharges under airflows Y. Ding, Z. Desheng, and Z. Chaohai Harbin Institute of Technology 3PA23 Spatial resolved observation of repetitive nanosecond volume discharges under airflows T. Jingfeng, Z. Nan, and Y. Daren Harbin Institute of Technology 3PA24 Effects of increasing the repetition rate in nitrogen oxides treatment using pulsed discharge plasma T. Ishikawa, T. Mori, and T. Kiyan Kindai University

67 3PA25 Nanosecond pulse discharges in an inhomogeneous electric field in atmospheric air T. Shao, C. Zhang, R. Wang, and C. Ren Institute of Electrical Engineering, Chinese Academy of Science 3PA26 Optical and illuminant characteristics of nanosecond- pulse diffuse discharges in a point-to-point gap C. Zhang, Z. Niu, T. Shao, R. Wang, and P. Yan Institute of Electrical Engineering, Chinese Academy of Sciences 3PA27 Electric pulse parameter and electrode geometry impact on plasma formation A. L. Garner, R. S. Brayfield, II, A. J. Fairbanks, K. P. Newnam, S. M. Sanders, R. Jagannath, B. Singh, B.-S. Chen, and S. P. M. Bane Purdue University 3PA28 Plasma-assisted combustion technology using nanosecond pulsed power R. Nakamura, H. Akiyama, and T. Sakugawa Institute of Pulsed Power Science, Kumamoto University 3PA29 Effect of distance between electrodes for water treatment by plasma T. Sugai1, P. T. Nguyen1, A. Tokuchi2, and W. Jiang1 1Nagaoka University of Technology 2Pulsed Power Japan Laboratory 3PA30 Behavior of pulsed streamer discharges in flowing water M. Akiyama1, M. Fue1, T. Oikawa1, K. Takaki1, A. Yamamoto2, and H. Akiyama2 1Iwate University 2Kumamoto University 3PA31 Study on the characteristics of the shock wave induced by underwater pulsed current discharge Z. Y. Li, Y. Liu, X. Li, F. Lin, Y. Pan, and Q. Zhang Huazhong University of Science and Technology 3PA32 Generation of intensive directed controlled x-ray radiation during cavitation of fast liquid stream V. Vysotskii1 and A. Kornilova2 1Kiev National Shevchenko University 2Moscow State University

68 3PA33 Tandem free electron x-ray laser on channeling relativistic particles V. Vysotskii and M. Vysotskyy Kiev National Shevchenko University 3PA34 Observation of underwater pulse discharge and influence of deposited energy on shock wave X. Li, F. Lin, Y. Pan, Y. Liu, Z. Li, and Q. Zhang Huazhong University of Science and Technology 3PA35 Experiments about discharge in water with changing conductivity and applied voltages M. Fue1, T. Oikawa1, R. Ogata1, M. Akiyama1, and H. Akiyama2 1Iwate University 2Kumamoto University 3PA36 The movement of bubbles on high repetition discharges in tap water T. Oikawa, M. Akiyama, M. Fue, and R. Ogata Iwate University 3PA37 Effect of solution electric conductivity on surfactant treatment using nanosecond pulsed powers K. Shimizu, M. Morimoto, K. Teranishi, and N. Shimomura Tokushima University 3PA38 Separation process of plastic and metal from CD-R using pulsed power T. Yamashita1, H. Akiyama2, T. Sakugawa2, and S. H. R. Hosseini2 1Graduate School of Science and Technology, Kumamoto University 2Institute of Pulsed Power Science, Kumamoto University 3PA39 Effects of pulsed magnetic field on performances of semiconductor devices Y. Yang, L. Dai, J. Hu, Q. Zhang, and F. Lin Huazhong University of Technology and Science 3PA40 The development of three stage electromagnetic forming facility and its timing control system X. Han, J. Shi, T. Ding, Q. Chen, L. Li, J. Xie, and Q. Cao Huazhong University of Science and Technology 3PA41 Optical diagnostics of single-wire electrical explosion in vacuum H. Shi, X. Zou, and X. Wang Department of Electrical Engineering, Tsinghua University

69 3PA42 Computer simulation evaluation of an electric current impulse generator M. Gonçalves1, E. Costa1, R. Freire1, J. Silva1, and J. Filho2 1Federal University of Campina Grande 2Eletrobras Distribution Piaui 3PA43 Coupled thermal-electrical simulation analysis for carbon fiber composites exposed to lightning current impulse based on deleting cell process Z. Duan and Z. Li Aviation Key Laboratory of Science and Technology on High Intensity Electromagnetic Environment Protection 3PA44 PIC/DSMC simulation of radiation transport dynamics in helium gas discharges A. Fierro1, B. Scheiner2, C. Moore1, and M. Hopkins1 1Sandia National Laboratories 2University of Iowa 3PA45 Modeling and simulation of multipactor discharge on dielectric window under HPM in vacuum B. P. Song, G. J. Zhang, R. D. Zhou, G. Q. Su, and H. B. Mu Xi’an Jiaotong University 3PA46 Quasi-analytical derivation of parallel-plate multipactor trajectories in the presence of higher-order mode perturbations S. Rice and J. Verboncoeur Michigan State University 3PA47 Screamer: an optimized pulsed-power circuit analysis tool R. B. Spielman Idaho State University 3PA48 Analysis of motion and discharge of the free conducting wire particle in DC GIS J. Wang, Q. Li, S. Liu, and Z. Wang North China Electric Power University

Poster Session 3B: High Voltage Friday, July 8, 2016 13:30 –15:00 Presidio Session Chair: Kefu Liu, Fudan University 3PB1 High voltage, fast kicker power supply T. Ziemba, J. Prager, and K. Miller Eagle Harbor Technologies, Inc.

70 3PB2 A linear transformer driver based on capacitive coupling self-triggering mode J. Qiu, K. Liu, and L. Yu Fudan University 3PB3 High energy density power supply development at NSWDCC J. Chaparro, J. Krile, J. Shannon, and M. McQuage Naval Surface Warfare Center Dahlgren 3PB4 Compact, battery powered supply and control integration for HPRF systems J. Krile, J. Chaparro, J. Shannon, and M. McQuage Naval Surface Warfare Center Dahlgren 3PB5 Thermal and mechanical analysis of electromagnetic loading on stainless steel structures content A. W. Schreiber Naval Surface Warfare Center Dahlgren 3PB6 High voltage radio frequency test facility for the characterization of the dielectric strength in vacuum of RF drivers for neutral beam injectors ion sources A. Maistrello, P. Jain, M. Recchia, M. Bigi, E. Gaio, and V. Toigo Consorzio RFX 3PB7 High temperature carbon nanotubes (CNTs) based diode turn-on with a pulsed radio frequency signal M. Moxley, B. Yakupoglu, and H. Kirkici Auburn University 3PB8 Design and experimental characterization of the prototype of NIO1 high voltage power supply protection system M. Recchia1, B. Laterza1, G. Serianni1, and M. Cavenago2 1Consorzio RFX 2INFN-LNL 3PB9 To 50-year anniversary of pulse method: from a storm impulse to the one-stage on-line regime A. Mytnikov and V. Lavrinovich Tomsk Polytechnical University 3PB10 Simulation of the transient overvoltage in HVDC scheme during the operation of MRTB L. Zhu1, Y. Song1, and Z. Zhao2 1Xi’an Jiaotong University 2State Power Economic Research Institute

71 3PB11 Development of simulation model for an HVDC link joining MIS and DTS (Oman) A. Jaradat and D. Pawar Caledonian College of Engineering 3PB12 Influence factor on sweep frequency impedance to detect winding deformation within power transformer W. Jingfeng1, M. Chen1, H. Yanghua1, Y. Chuankai1, Y. Fan2, and R. Fuqiang2 1Shaanxi Electric Power Research Institute of State Grid Corporation of China 2State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University 3PB13 Simulation and practical study on charged detection of transformer winding deformation Y. Liu and Y. Tian North China Electric Power University 3PB14 Winding deformation diagnosis of power transformer based on oil tank vibration F. Zhang, S. Ji, L. Zhu, Y. Shi, and Q. Xiong Xi’an Jiaotong University 3PB15 Measurement uncertainty of fast pulse voltages measurements with capacitive divider U. Kovacevic1, D. Brajovic2, K. Stankovic1, and P. Osmokrovic3 1University of Belgrade 2High School of Technical Sciences Čačak 3State University of Novi Pazar 3PB16 Preprocessing method of online oil chromatographic data based on adaptive wavelet analysis Y. Zheng and S. Xiang Electric Power Research Institute of State Grid Zhejiang Electric Power Corporation

Poster Session 3C: Plasma, Lasers, and Electromagnetic Launchers Friday, July 8, 2016 13:30 –15:00 Marina Session Chair: Will White, Sandia National Laboratories

72 3PC1 The impact of airborne particulate matter concentration on negative DC ground synthetic electric field in spring season X. Zhuansun1, N.Wang1, X. Bian2, Z. Zou2, X. Li3, Q. Xie2, and L. Liu2 1Shaanxi Electric Power Company Postdoctoral Scientific Research Station 2North China Electric Power University 3State Grid Beijing Electric Power Company 3PC2 Evaluation of epoxy coated resistors in high voltage DC surge environments J. Zirnheld1, W. Glodzik II2, P. Casey1, A. Francis1, K. Thompson1, K. Burke1, S. Olabisi3, and M. Singletary1 1State University of New York at Buffalo 2HVR-APC 3Rochester Institute of Technology 3PC3 A new approach for optimal design of corona ring R. M. R. Barros, E. G. Costa, J. F. Araujo, T. V. Ferreira, and F. L. Medeiros Federal University of Campina Grande 3PC4 Study of the silicone rubber used at the external insulation of high voltage with laser-induced breakdown spectroscopy (LIBS) X. Wang, H. Wang, and Z. Jia Graduate School at Shenzhen, Tsinghua University 3PC5 Partial discharge pattern recognition based artificial neural network S. Ghoneim1, H. Zaini1, K. Shoush1, and M. Abdelrahman2 1Taif University 2Helwan University 3PC6 Influence of HVDC converter operation on partial discharge characteristics M. Azizian Fard, A. J. Reid, and D. M. Hepburn Glasgow Caledonian University 3PC7 The partial discharge inception and breakdown voltage distribution of metal protrusion in SF6 gas F. Guo and J. Li Xi’an Jiaotong University

73 3PC8 Minimum-intrusive diagnosic system for SF6 high voltage selfblast circuit breaker nozzles T. Krampert, S. Wetzeler, and P. G. Nikolic RWTH Aachen, Institut for High Voltage Technology 3PC9 Advanced method for detection of partial discharge in oil- paper insulated transformer bushings and current transformers PIC/DSMC simulation of radiation transport dynamics in helium gas discharges Y. Xu1, W. Liu1, W. Gao1, and X. Zhang2 1Tsinghua University 2Guangzhou Power Supply Bureau Co. Ltd. 3PC10 Separation of mixed PD UHF signals in GIS by using cumulative energy function feature extraction X. Shao1, W. He2, and S. Wang2 1Research Institute of State Grid Zhejiang Electric Power Company, State Key Lab of Electrical Insulation and Power Equipment, Xi’an Jiaotong University 2Research Institute of State Grid Zhejiang Electric Power Company 3PC11 Partial discharge under PWM stress-type conditions P. Romano1, A. Madonia1, B. D’Agostino2, F. Viola1, R. Miceli1, and A. Imburgia1 1Palermo University 2Prysmian Group S.p.A. 3PC12 Temperature investigation of electric arc discharges in medium-voltage switchgear T. Knautz1 and S. Ettingshausen2 1Goethe-Universität Frankfurt 2Siemens AG Germany 3PC13 Life expectancy determination of form-wound coil isolation of high-voltage motor I. Jeftenic1, N. Kartalovic2, B. Loncar3, and K. Stankovic4 1Faculty of Electrical Engineering, University of Belgrade 2Nikola Tesla Institute of Electrical Engineering, University of Belgrade 3Faculty of Technology and Metallurgy, University of Belgrade 4University of Belgrade

74 3PC14 Lightning strike discharge simulation test research on shielding characteristic of lightning rod Z. Duan and Z. Li Aviation Key Laboratory of Science and Technology on High Intensity Electrophysics Environment Protection 3PC15 Research on a new type of lightning protection device for distribution network based on the principle of multi- short-gaps T. Guo1, S. Lin1, W. Zhou1, C. Zhang2, Z. Qin2, H. Li1 1School of Electrical Engineering Wuhan University 2State Grid Electric Power Research Institute 3PC16 The effects of lightning discharges on control and communication cables and antenna systems A. Civil Aselsan Inc.

Oral Session 11: Plasma, Discharges, & Electromagnetic Phenomena Friday, July 8, 2016 15:30 – 17:30 Ralston Ballroom Session Chair: Walter Sessions, Georgia Technical Research Inst. 15:30 11O1 Effects of temperature dependence of electrical and thermal conductivities on the heating of a one dimensional conductor F. Antoulinakis1, D. Chernin2, P. Zhang1, and Y. Y. Lau1 1University of Michigan 2Leidos, Inc. 15:45 11O2 Transient electromagnetic field reconstruction from sets of non-periodic oscillations W. Feilner, A. Neuber, Z. Shaw, C. Lynn, and J. Dickens Texas Tech University 16:00 11O3 Electric field analysis of different compact electrodes for high voltage pulsed electric field applications in liquid food R. Ramaswamy and R. P. Ramachandran B.S. Abdur Rahman University

75 16:15 11O4 Pulsed plasmas for two environmental applications: power-to-methane and pollution control B. van Heesch1, W. Hoeben2, F. Beckers2, T. Huiskamp2, A. Parastaev3, E. Hensen3, G. Pemen2, and P. Vissers2 1Technische Universiteit Eindhoven 2Technische Universiteit Eindhoven-EES 3Technische Universiteit Eindhoven-SMK 16:30 11O5 Improvement on the ionization rate of hall thruster with high voltage Y. Ding, S. Guoshun, and X. Junnan Harbin Institute of Technology 16:45 11O6 – 11O7, invited Discharge properties of microsecond pulse driven argon plasma jet arrays R. Wang, Y. Gao, Y. Shen, X. Hou, C. Zhang, and T. Shao Institute of Electrical Engineering, Chinese Academy of Science 17:15 11O8 Evolution of partial discharge of oil-paper insulation under long-term AC voltage Y. Cui1, P. Cao1, S. Ji1, F. Zhang1, and P. Peng2 1Xi'an Jiaotong University 2Hunan Electric Power Research Institute

Oral Session 12: Solid State Power Modulators, Com- ponents, and Systems Friday, July 8, 2016 15:30 – 17:30 Gold Ballroom Session Chair: Steve Glover, Sandia National Laboratories 15:30 12O1 Tailoring high-voltage, high-current thyristors for very high frequency switching H. Sanders and J. Waldron Silicon Power Corporation

76 15:45 12O2 An all solid-state inductively-driven radiation-resistant modulator for fast-kicker magnet applications C. Yeckel, R. Cassel, M. Stangenes, and P. Holen Stangenes Industries 16:00 12O3 The design and testing of an inductive voltage adder for ALS-U kicker magnets W. Waldron, C. Pappas, W. Ghiorso, and J. Galvin Lawrence Berkeley National Laboratory 16:15 12O4 – 12O5, invited Solid-state Marx generator for CLIC breakdown studies L. Redondo1, A. Kandratsyeu2, M. Barnes3, S. Calatroni4, and W. Wuensch5 1Lisbon Engineering Superior Institute 2EnergyPulse Systems 3ABT Group, TE Department, CERN 4VSC Group, TE Department, CERN 5RF Group, BE Department, CERN 16:45 12O6 Performance analysis of an all solid state linear transformer driver (LTD) L. Collier, J. Dickens, J. Mankowski, and A. Neuber Center for Pulsed Power and Power Electronics, Texas Tech University 17:00 12O7 Analysing a gate-boosting circuit for fast switching M. Hochberg, M. Sack, and G. Mueller Karlsruhe Institute of Technology 17:15 12O8 Research on solid-state pulsed power system for dielectric wall accelerator Y. Liu, L. Xia, W. Wang, H. Zhang, Y. Chen, M. Ye, C. Yang, J. Shi, and L. Zhang Institute of Fluid Physics, China Academy of Engineering Physics

77 AUTHOR INDEX A Abdelrahman, Mohamed 3PC-5 Adamian, Yury 2PB-4 Agarwal, Elena 2PA-39 Aguglia, Davide 1PA-4,2PC-11,WS-1,WS-3,9O-8 Akemoto, Mitsuo 1PA-1,1PA-2 Akiyama, Hidenori 5O-8,3PA-28,3PA-30,3PA-35,3PA-38 Akiyama, Masahiro 1PA-18,3PA-30,3PA-35,3PA-36 Akram, Shakeel 1O-4,2PC-13 Aldan, Manuel 1PB-1 Anderson, Charlie 10O-6 Antoulinakis, Foivos 11O-1 Arai, Ryoutarou 2PA-46 Araujo, Jalberth 3PC-3 Argyropoulos, Theodoros 1PA-33 Artemenko, Sergey 1PA-14 Austness, Paal 2PB-8 Avhad, Ganesh 3PA-12 Awe, Thomas 2O-5

B Babu, Silambuarasan 1PC-18 Bahirat, Himanshu 3PA-12 Balaiah, Ramachandra 1PB-16,10O-4 Bane, Sally 3PA-27 Bankowski, Elena 4O-3 Barnes, Mike 2PC-10,12O-4 Barnett, David 1PA-3,9O-4 Barros, Rafael 3PC-3 Barroso, Joaquim 1PA-26,1PA-27 Batalović, Mirza 1PB-15 Bayne, Stephen 4O-1,2PA-10,2PA-16,2PC-1,2PC-5,2PC-6 Beckers, Frank 1PB-8,11O-4 Bednarek, Mateusz 2PB-8 Belluccia, Nicholas 3PA-1 Benitez, Ivón 6O-4

78 Benwell, Andrew 1PA-21 Berny-Lang, Michelle 5O-1 Beroual, Abderrahmane 1PB-5,1PB-7 Bešlija, Dejan 1PA-45,1PB-15 Beverly, Robert 1PA-14 Bharanikumar, Amirthavalli 1PC-18 Bian, Xingming 1PA-41,3PC-1 Biela, Juergen 4O-7,6O-2 Bigi, Marco 3PB-6 Bilbao, Argenis 2PA-10,2PA-16,2PC-1,2PC-5 Blaszczyk, Pawel 1PC-2 Blume, Sebastian 6O-2 Bochkov, Dmitriy 2PB-4,3PA-14 Bochkov, Victor 2PB-4,3PA-14 Bonnin, Xavier 2PC-11,9O-8 Borrias, Thomas 2PA-27 Brajovic, Dragan 3PB-15 Brayfield, Russell 3PA-27 Brijmohan, B. 2PA-4 Brocato, Robert 4O-5 Brunkov, Pavel 3O-6 Brylevskiy, Viktor 3O-6 Burke, Kevin 1PC-6,1PC-7,2PA-38,3PC-2 Burkhart, Craig WS-3 Bushnell, Andrew 3PA-3 Byman, Jeremy 1PA-7,2PA-20

C Caiafa, Antonio 5O-1 Calatroni, Sergio 12O-4 Cao, Pei 1PC-5,11O-8 Cao, Quanliang 2PC-7,3PA-40 Carlos, Montoya 1PC-16 Carmichael, Sabrina 5O-1 Carver, Adam 2PA-23 Casey, Peter 3PC-2 Cassel, Richard 12O-2

79 Castle, Jason 5O-4 Castle, Ormond 2PA-23 Catrain, Alexandre 9O-3 Cavenago, Marco 3PB-8 Çevik, Yasin 3PA-6 Challapan, Cijith 1PC-18 Changhao, Bian 2PA-34 Chaohai, Zhang 3PA-21,3PA-22 Chaparro, Jordan 3PB-3,3PB-4 Chen, Bang-Shiuh 3PA-27 Chen, Dong-Qun 1PB-3 Chen, George 1O-1,7O-1 Chen, Mao 3PB-12 Chen, Ming 1PB-9 Chen, Qi 3PA-40 Chen, Yi 12O-8 Chen, Yuxuan 1PA-38,1PA-43 Chernin, David 11O-1 Chetan, Chetan 2PA-4 Cholakh, Seif 1PC-12 Chowdhury, Animesh 3O-4 Chuankai, Yang 3PB-12 Chung, Shen 3PA-5 Chuvatin, Alexandre 2O-5 Civil, Anil 3PA-6,3PC-16 Coelingh, Gert 2PB-8,2PB-9 Cohen, Isaac 2PA-17,2PA-18 Coley, Roman 2PA-25 Collier, Landon 12O-6 Collins, Max 2PC-9 Cope, David 2PA-14 Costa, Edson 3PA-42,3PC-3 Cotton, Ian 4O-8 Coulibaly, Mamadou-Lamine 1PB-7 Cravey, Hunter H. 1PA-29,1PA-30 Cui, Xiang 3PA-13 Cui, Yanjie 1PC-5,11O-8

80 Cuneo, Michael PL-1,2O-5 Curry, Randy 1O-7,1PA-36

D D'Agostino, Bartolomeo 3PC-11 Dahlerup-Petersen, Knud 2PB-8,2PB-9 Dai, Ling 2PB-2,2PC-2,10O-8,3PA-7,3PA-39 Daren, Yu 3PA-23 Darr, Adam 5O-1,2PA-31 Das, Shriya 2PA-42 Davis, Brian 5O-4 Davis, J. PL-1 Decker, Franz-Josef 1PA-21 Delgiusto, Paolo 1PA-22 Delić, Sead 1PA-45 Desheng, Zhou 3PA-22 Dhanabal, Agniprakash 5O-7,2PA-32 Dickens, James 1PA-3,1PA-29,1PA-30,1PA-31,3O-4, 9O-4,11O-2,12O-6 Ding, Tonghai 2PC-7,3PA-40 Ding, Weidong 1PA-17 Ding, Yongjie 3PA-22,11O-5 Ding, Yuqin 1PC-9,1PC-10,1PC-11 Dinius, Arend 2PB-8,2PB-9 Diot, Jean-Christophe 9O-3 Dipal, Dipal 2PA-4 Dodson, David 2PA-17 Dominguez, Felipe 1PA-35 Dong, Pan 3PA-8 Dong, Pingping 1PA-39 Dong, Qing 2PA-18 Dong, Shoulong 2O-2,2PA-29,2PA-36,2PA-37,5O-6 Dongdong, Kuang 2PA-34 Dorrbercker, Santiago 6O-4 Du, Qiandong 1PA-40,1PA-42 Duan, Zemin 6O-8,3PA-43,3PC-14 Durna, Emre 3PA-6

81 Dyagilev, Vladimir 3PA-14

E Ebert, Ute 1PB-8 Ebrahimi, Hadi 2PA-19,2PB-16 Edin, Hans 10O-1 Egorov, Oleg 3O-5,2PB-12 El-Kishky, Hassan 2PA-19,2PB-16 Elasser, Ahmed 3O-1,2PB-6 Emlin, Rafail 1PC-12 Erokhin, Alexandre 2PB-8,2PB-9 Espino-Cortes, Fermin 1PC-16 Ettingshausen, Sven 3PC-12 Exelby, Steven 9O-1 Eymin, Cedric 1PA-33

F Fabris, Alessandro 1PA-22 Fairbanks, Andrew 2PA-31,2PA-42,3PA-27 Falcon, Ross 2O-5 Fan, Ailong 1O-8 Fan, Guo 1PA-15 Fan, Yang 3PB-12 Fang, Lu 4O-5 Fard, M. Azizian 3PC-6 Farokhi, Shahab 2PA-48 Farzaneh, Masoud 1O-6,2PA-48 Favre, Mathieu 2PB-8 Feilner, William 1PA-31,11O-2 Ferreira, Tarso 6O-4,3PC-3 Field, Ella 2O-5 Fierro, Andrew 3PA-44 Filho, José 3PA-42 Flicker, Jack 4O-5 Florkowski, Marek 1PC-2 Floyd, Zack 2PA-25 Fowler, Tony 1PA-35,2PC-10

82 Francis, Akeem 1PC-6,3PC-2 Freire, Raimundo 3PA-42 Frelinger, Andrew 5O-1 Fu, Rongyao 1O-8 Fue, Masatoshi 1PA-18,3PA-30,3PA-35,3PA-36 Fujishima, Tomoyuki 1O-5,2PA-44 Fuqiang, Ren 3PB-12 Furusato, Tomohiro 1O-5,2PA-44

G Gaio, Elena 3PB-6 Gajula, Veda 1PC-13 Galvin, James 12O-3 Gao, Andy 3PA-3 Gao, Guoqiang 7O-5 Gao, Jingming 1PA-13 Gao, Lijuan 1PA-39 Gao, Meng 1PC-9,1PC-10,1PC-11 Gao, Wensheng 3PC-9 Gao, Xin 2PA-2 Gao, Yuan 11O-6 Garcia, Carlos 1PA-20 Garner, Allen 5O-1,5O-4,5O-7,2PA-31, 2PA-32,2PA-42,3PA-27 Gaudreau, Marcel 2PA-14,2PB-3,2PC-8 Gavin, Timothy 2PA-32 Ge, Xingjun 1PA-19 Gerber, Dominic 6O-2 Gerrits, Anja 5O-1 Ghandi, Reza 2PB-6 Ghassemi, Mona 1O-6 Ghiorso, William 12O-3 Ghoneim, Sherif 3PC-5 Ghose, Shantu 2PA-24 Giesselmann, Michael 2PA-10,2PA-16,2PC-1,2PC-5 Gilgenbach, Ronald 9O-1 Glodzik, William 3PC-2

83 Golby, Ken 9O-5 Gomez, Matthew 2O-5 Gonçalves, Marconni 3PA-42 Gong, Boyi 1PA-15 Gong, Lingyu 2PA-35,2PA-36 Gorenc, Dalibor 1PA-45 Gorev, Stanislav 1PA-14 Gou, Yang 1PA-17 Gough, Christopher 1PA-24 Grawer, Gregor 1PA-35 Greening, Geoffrey 9O-1 Grekhov, Igor 3O-6,2PB-5 Grosjean, Dennis 4O-8 Gu, Jianwei 4O-4 Guanbin, Song 2PA-34 Guber, Logesh 1PC-17 Gunasekaran, Makendran 1PC-17 Gundersen, Martin 2O-1,6O-6 Guo, Bao-Hong 1PB-4 Guo, Can 1PA-16,1PA-42,1PB-9,1PB-10,1PB-13, 1PC-10,2PA-11,2PB-11,3PA-18 Guo, Fei 3PC-7 Guo, Ting 3PC-15 Guoshun, Sun 11O-5 Gusev, Anton 2PB-1 Gutman, Boris 3PA-1

H Hai, Bin 3PA-10 Han, Lei 1PA-8,3PA-17 Han, Xiaotao 2PC-7,3PA-40 Hang, Qin 2PA-7,3PA-15 Hansknecht, John 1PA-20 Hao, Shirong 1PA-6 Harshida, Harshida 2PA-4 Hayashi, Takumi 1PA-1,1PA-2 Hayden, Steven 1PA-47

84 He, Jie 1PA-40 He, Jun-Tao 1PB-3 He, Penjun 1PA-16 He, Wenlin 3PC-10 Heesch, Bert van 1PB-8,11O-4 Heidemann, Matthias 2PA-21 Heinzel, John 2PA-18 Hensen, Emiel 11O-4 Heo, Sewan 2PA-12 Hepburn, D. 3PC-6 Hernández, E. 1PC-16 Hess, Mark 2O-5 Hettler, Cameron 10O-6 Hinojosa, Miguel 2PB-7 Hirsch, Emily 2PA-10,2PC-1,2PC-5 Ho, Janet 4O-3 Hochberg, Martin 2PC-3,12O-7 Hoeben, Wilfred 1PB-8,11O-4 Hoff, Brad 1PA-47,9O-1 Hoffman, Frank 3PA-3 Hoki, Kazuya 2PA-43 Holen, Paul 12O-2 Holma, Janne 2PC-10 Hopkins, Matt 3PA-44 Hosseini, S. 3PA-38 Hou, Xingmin 4O-4,11O-6 Howard, Grant 1PA-36 Hu, Jinchang 2PB-2,3PA-39 Hu, Qin 5O-3,2PA-30 Hu, Zhiliang 1PA-41 Huang, He 1PA-41 Huang, Wei 2PC-7 Huiskamp, Tom 1PB-8,2PA-27,11O-4 Hussain, Muhammad 2PA-48 Hutsel, Brian PL-1,2O-5

I

85 Iberler, Marcus 3PA-20 Igumnov, Vladislav 1PA-14 Ikeda, Jun 10O-5 Ikemoto, Tomohide 3PA-19 Imburgia, Antonino 1PC-3,3PC-11 Ishikawa, Takashi 2PA-45,3PA-24 Ivanov, Mikhail 2PB-5

J Jacoby, Joachim 3PA-20 Jagannath, Ravichandra 3PA-27 Jain, Palak 3PB-6 Jang, Sung-Roc 2PC-14 Jara-Almonte, Jonathan 3PA-3 Jaradat, Abdulrahman 3PB-11 Jaritz, Michael 4O-7 Jatin, Jatinkumar 2PA-4 Jeftenic, Ilija 3PC-13 Jennings, Chris 2O-5 Jensen, A. WS-2 Ji, Hantao 3PA-3 Ji, Shengchang 1PB-12,6O-5,2PA-2,10O-2,3PB-14,11O-8 Jia, Zhidong 3PC-4 Jiang, Chunqi 3O-3 Jiang, Ping 2O-4,2O-8 Jiang, Weihua 1PA-1,1PA-2,3PA-29 Jihao, Jiang 1PA-15 Jin, Chaoliang 2PC-2,3PA-7 Jin, Xu 2PA-34 Jin, Zhenxing 1PA-19 Jingfeng, Tang 3PA-23 Jones, M. PL-1 Jones, P. PL-1 Jordan, Nicholas 9O-1 Joshi, Ravi 3O4,5O-3, 2PA-30 Jouini, Zenjebil 1PA-46

86 K Kailun, Zhang 3O-8 Kalish, Mike 3PA-3 Kamagahara, Takeshi 1O-5 Kamm, R. PL-1 Kan, Jiangnan 1PA-13 Kan, Jinsong 2PA-13 Kandratsyeu, Aleh 12O-4 Kapetanović, Mirsad 1PA-45,1PB-15 Kaplar, Robert 4O-5 Kara, Alper 1PA-37,1PA-43 Karagöz, Mustafa 3PA-6 Karaventzas, Vasilios 2PB-8 Kartalovic, Nenad 3PC-13 Kasinathan, Elanseralathan 1PC-17,1PC-18 Katsuki, Sunao 5O-8 Kelley, Mitchell 2PA-10 Kelly, Patrick 9O-4 Kempkes, Michael 2PA-14,2PB-3,2PC-8 Ken, Nukaga 2PA-28 Kim, Kyong-Hoe 1PB-15 Kim, Myoung-Hoo 1PB-15 Kirkici, Hulya 1PA-34,1PA-38,1PA-43,3PB-7 Kiyan, Tsuyoshi 2PA-45,3PA-24 Klimczak, Pawel 1PC-2 Klopman, Steven 5O-4 Knautz, Tobin 3PC-12 Knowles, Tim 9O-5 Kong, Dezhi 2PA-11 Kong, Michael 7O-7 Koreeda, Hiroyuki 1O-5,2PA-44 Kornilova, Alla 3PA-32 Kovacevic, Uros 3PB-15 Kovaleski, Scott 2PA-8 Krampert, Thomas 3PC-8 Krasnykh, Anatoly 1PA-21 Krile, John 3PB-3,3PB-4

87 Krivosheev, Sergey 2PB-4 Krzaszczak, John 1PA-21 Kuang, Shihuan 2PA-32 Kulkarni, Apurva 3PA-4 Kulkarni, Shrikrishna 3PA-12 Kumar, Rajesh 1PC-13 Kumar, Sanjeev 1PB-16,10O-4 Kumar, Saurabh 1PC-13 Kumar, Senthil 1PB-16,10O-4 Kuniyasu, Shouta 2PA-33 Kuthi, Andras 2O-1,6O-6

L LaCour, Matthew 9O-5 Lacouture, Shelby 2PC-1,2PC-5 Laity, George 2O-5 Lamppa, Derek 2O-5 Lara, Matthew 1PA-7,2PA-20 Lasheras, Nuria 1PA-33 Lassalle, Francis 9O-3 Laterza, Bruno 3PB-8 Lau, Y. Y. 9O1,11O-1 Lavrinovich, Valeriy 3PB-9 Laxminarayan, L. 2PA-4 Lee, Ilwoo 2PA-12 Lee, Inhwan 2PA-3 Lehr, Jane 1PA-5 Leighty, William 2PA-47 Li, Chengxiang 2O-2,1PA-10,5O-6, 2PA-29,2PA-35,2PA-37 Li, Dan 1PB-2 Li, Ge 2PA-7,3PA-2,3PA-15 Li, Han 3PC-15 Li, Hongtao 2O-8 Li, Hua 10O-8 Li, Huarong 2PA-5 Li, Jian 1PA-25

88 Li, Jie 1PA-9,2PA-13,3PA-8 Li, Jinyu 6O-5 Li, Junhao 1PB-11,3PC-7 Li, Liang 2PC-7,3PA-40 Li, Qingmin 3PA-48 Li, Shaobin 2PA-11 Li, Shengtao 7O-1 Li, Song 1PA-13 Li, Xi 1PA-9,3PA-8 Li, Xiandong 10O-8,3PA-31,3PA-34 Li, Xiang 3PC-1 Li, Xuehuan 2PC-7 Li, Yawei 2PA-41 Li, Yuan 1PC-9,1PC-11 Li, Zhi 3PA-31 Li, Zhibao 6O-8,3PA-43,3PC-14 Li, Zhibing 1PA-42 Li, Zhiyuan 10O-8 Liang, Lin 3O-7 Liang, Ying 1PA-39 Lin, Fuchang 2PB-2,2PC-2,10O-8,3PA-7, 3PA-31,3PA-34,3PA-39 Lin, Shujuan 3PC-15 Liu, Chong 2PA-13 Liu, Dan 1PC-1 Liu, Dingxin 7O-7 Liu, Hechen 1PC-19 Liu, Hongmei 2O-2,5O-6,2PA-29,2PA-37 Liu, Hongwei 2O-4,2O-8 Liu, Kai 1PB-12,10O-2 Liu, Kefu 2O-3,2O-7,2PA-9,2PB-10,2PB-13,3PB-2 Liu, Lin 3PC-1 Liu, Longchen 2PA-11,2PA-41 Liu, Sihua 3PA-48 Liu, Wei 2PB-15 Liu, Weidong 3PC-9 Liu, Xin 2PA-36

89 Liu, Xuying 1PC-1 Liu, Yi 10O-8,3PA-31,3PA-34,12O-8 Liu, Yong 4O-6 Liu, Yunpeng 1PC-1,1PC-8,1PC-19,3PB-13 Liu, Zhichao 7O-7 Loncar, Boris 3PC-13 Long, Jidong 3PA-8 Lopez, M. PL-1 Loyen, Arnaud 9O-3 Lu, Tiebing 3PA-13 Luo, Tianyan 1PA-10 Lv, Fangcheng 1PC-1,1PC-8 Lv, Yanpeng 2O-2,5O-6,2PA-29,2PA-35,2PA-36,2PA-37 Lynn, Curtis 1PA-31,9O-4,11O-2 Lyubutin, Sergei 2PB-1

M Ma, Jingtan 1PA-40,1PA-42,1PB-10,1PB-13,3PA-18 Ma, Xun 2O-4,2O-8 Ma, Yunfei 3PA-10 Madonia, Antonino 1PC-3,3PC-11 Madrid, Elizabeth 2O-5 Maenchen, J. PL-1 Maestas, Sabrina 1PA-47 Maistrello, Alberto 3PB-6 Malec, David 1PA-46 Mallac, Louis 2PC-11 Manegold, Thomas 3PA-20 Mankowski, John 1PA-3,1PA-30, 9O-4,12O-6 Mao, Chongyang 1PA-5 Markosyan, Aram 1PB-8 Martin, Matthew 2O-5 Martinez, Andrea 1PC-7 Martins, Carlos 2PC-9 Mateos, Felix 2PB-8,2PB-9 Matsubara, Shuzo 2PA-33 Matzen, M. PL-1

90 Mauch, Daniel 3O-4 Maxwell, Tim 1PA-21 Mayes, Jon 1PA-7 McBride, Ryan 2O-5 McDaniel, Dillon PL-1 McKee, G. PL-1 McMeekin, Scott 2PA-48 McMonagle, Gerard 1PA-33 McQuage, Matthew 3PB-3,3PB-4 McRee, Brian 2PA-17 Medeiros, Filipe 3PC-3 Meitzler, Thomas 4O-3 Melnik, Paul 3PA-3 Mi, Yan 2O-2,1PA-10,5O-6,2PA-29, 2PA-35,2PA-37 Miceli, Rosario 1PC-3,3PC-11 Michelson, Alan 5O-1 Michniuk, Szymon 2PB-8 Miller, Kenneth 1PA-28,3PA-3,3PB-1 Minamitani, Yasushi 5O-8,2PA-28,2PA-43 Minarsky, Andrey 2PB-5 Moore, Anthony 2PA-23 Moore, Chris 3PA-44 Moore, Michael 2PA-23 Morell, Alain 9O-3 Mori, Tomohiro 2PA-45,3PA-24 Morimoto, Mitsuru 2PA-40,2PA-46,3PA-19,3PA-37 Morozov, Pavel 1PC-12 Morris, Ben 1PA-23 Morton, Christine 5O-1 Motta, Claudio 2PA-6 Moxley, Michael 1PA-34,3PB-7 Mu, Hai-Bao 1PA-44,3PA-45 Mueller, Georg 2PC-3,12O-7 Mulligan, Mary 2PA-42 Myers, Jessica 2PA-42 Mytnikov, Alexey 3PB-9

91 N Nakajima, Hiromitsu 1PA-1,1PA-2 Nakamura, Ryo 3PA-28 Nan, Zhang 3PA-23 Navarro, Jorge 1PA-33 Neculaes, V. Bogdan 5O-1,5O-4 Neely, Jason 4O-5 Neto, Lauro 1PA-26,1PA-27 Neuber, Andreas 1PA-3,1PA-29,1PA-30,1PA-31, 3O-4,9O-4,11O-2,12O-6 Newnam, Kyle 3PA-27 Nguyen, Phan 3PA-29 Ni, Heli 1PC-9,1PC-10,1PC-11 Nie, Yaohui 2PA-32 Nikjoo, Roya 10O-1 Nikolic, Paul 2PA-21,3PC-8 Ninomiya, Toshiki 3PA-19 Niu, Zongtao 3PA-16,3PA-26 Noel, Kelli 1PA-36 Norgard, Peter 2PA-8 Novac, Bucur PL3-1,9O-7 Nuccitelli, Richard PL2-1 Nunnally, W. Clay 1PA-7,2PA-20 Nunnally, William 1PA-7

O O'Brien, Heather 3O-2,2PC-1,2PC-5 Ogata, Ryoma 1PA-18,3PA-35,3PA-36 Ogunniyi, Aderinto 3O-2,2PB-7,2PC-1,2PC-5,2PC-6 Ogura, Shun 2PA-33 Oikawa, Takuma 1PA-18,3PA-30,3PA-35,3PA-36 Olabisi, Shola 3PC-2 Olivares, Tomas 1PC-16 Omatsu, Kouji 2PA-46 Onal, Emel 1PA-37,1PB-6 Osemann, Michael 1PA-32 Osmokrovic, Predrag 3PB-15

92 Ou, Xiaobo 1PC-5 Ozcan, Muciz 1PA-38

P Pan, Ming 3O-7 Pan, Yuan 2PC-7,3PA-31,3PA-34 Panev, Bozhidar 2PB-8 Pang, Lei 2PA-11 Panov, Peter 3PA-14 Pappas, Chris 12O-3 Paraliev, Martin 1PA-24 Parastaev, Alex 11O-4 Pareshkumar, Pareshkumar 2PA-4 Park, Wan-Ki 2PA-12 Parson, Jonathan 10O-6 Patel, Amit 6O-1 Paupert, Alain 9O-3 Pawar, Dharmasa 3PB-11 Pearson, Aric 1O-7 Pecastaing, Laurent 9O-7 Pemberton, Stephen 2PB-8 Pemen, Guus 1PB-8,2PA-27,11O-4 Peng, Ping 11O-8 Pereira, Daniel 1PA-33 Perry, Eric 1PA-7,2PA-20 Petino, Cora 2PA-21 Petrella, Ross 2PA-26 Pittet, Serge 2PC-11 Poelker, Matthew 1PA-20 Pointon, Tim 2O-5 Pokryvailo, Alexander 1PA-48,6O-3 Porter, J. PL-1 Pouncey, Jon 1PA-5 Prager, James 1PA-28,3PB-1 Prahlad, Prahlad 2PA-4 Prestwich, Kenneth PL-1 Pribaz, Federico 1PA-22

93 Promod, P. 2PA-4 Punanov, Ivan 1PC-12 Pushpakaran, Bejoy 2PC-6

Q Qian, Baoliang 1PA-13 Qian, Kaiyang 1PA-17 Qin, Yifan 1PA-40,1PA-42,1PB-10 Qin, Yinfan 3PA-18 Qin, Zhang 2PB-2 Qin, Zhaoyu 3PC-15 Qing, Luo 2PA-34 Qiu, Jian 2O-3,2O-7,2PA-9,2PB-10,2PB-13,2PC-12,3PB-2

R Radford, S. 2PA-23 Rainwater, Kirk 1PA-3 Rajan, Babu 2PA-4 Rajendiran, Pravinraj 1PC-18 Ramachandran, Raja 11O-3 Ramaswamy, Ramya 11O-3 Rashkin, Lee 4O-5 Ray, William 2PA-10,2PC-1 Recchia, Mauro 3PB-6,3PB-8 Redondo, Luis 12O-4 Reid, A. 3PC-6 Reinap, Avo 2PC-9 Ren, Chengyan 1O-8,1PA-8,2PA-15,3PA-10, 3PA-17,3PA-25 Ren, Chunsheng 3PA-9 Ren, Wei 3O-3 Rey, Stephane 1PA-33 Rice, Scott 3PA-46 Robertson, Grafton 2O-5 Robinson, Vance 5O-1,5O-4 Rochau, Greg 2O-5 Rodin, Pavel 3O-6,2PB-5

94 Romano, Pietro 1PC-3,3PC-11 Rose, David 2O-5 Rossi, Jose 1PA-26,1PA-27 Roth, Ian 2PB-3,2PC-8 Rovang, Dean 2O-5 Rukin, Sergei 2PB-1 Rutgers, Rins 2PB-8 Ryan, Robert 1PA-29,1PA-30 Ryoo, Hong-Je 2PC-14 Ryu, Sei-Hyung 3O-2

S Sack, Martin 2PC-3,12O-7 Sadamatsu, Takahiro 2PA-44 Saggus, Clifford 2PA-25 Saito, Koki 2PA-43 Sakugawa, Takashi 3PA-28,3PA-38 Sanders, Howard 12O-1 Sanders, Jason 2O-1,3O-1,6O-6,2PB-6 Sanders, Sara 3PA-27 Sanjay, Kulkarni 2PA-4 Savage, Mark PL-1,2O-5 Schamiloglu, Edl 1PA-26,1PA-27 Scheiner, Brett 3PA-44 Schoenbach, Karl 2PA-26 Schreiber, A. 3PB-5 Schrock, James 2PA-10,2PC-1,2PC-5 Schwarz, J. PL-1 Schweickart, Dan 4O-8,2PA-1 Sekar, Prabhavathy 1PC-17 Senior, Peter 9O-7 Serianni, Gianluigi 3PB-8 Severns, Christopher 4O-8 Seweryn, Grzegorz 2PB-8 Shahat, Adel 2PA-22,2PA-23,2PA-24,2PA-25 Shannon, John 3PB-3,3PB-4 Shao, Guiwei 1PB-14

95 Shao, Tao 1O-8,1PA-8,4O-4,2PA-15,3PA-10, 3PA-16,3PA-17,3PA-25,3PA-26,11O-6 Shao, Xianjun 3PC-10 Shaoqin, Rui 2PA-34 Shaw, Zachary 1PA-31,11O-2 Shay, Adam 2PA-42 Shefali, Saifali 2PA-4 Shen, Yuan 11O-6 Sherman, Louis 2PA-42 Shi, Haozheng 2O-7 Shi, Huantong 3PA-41 Shi, Jiangtao 3PA-40 Shi, Jinshui 12O-8 Shi, Yuhang 6O-5,3PB-14 Shiffler, Donald 9O-5 Shimizu, Kai 2PA-40,3PA-37 Shimomura, Naoyuki 2PA-33,2PA-40,2PA-46, 3PA-19,3PA-37 Shoush, Kamel 3PC-5 Shu, Ting 1PA-19 Shu, Yuxiong 3O-7 Shyam, Anurag 1PC-13 Sieck, Paul 3PA-3 Silva, João 3PA-42 Sinars, D. PL-1 Singh, Bhavini 3PA-27 Singletary, Michael 3PC-2 Sivashanmugam, Malaiyappasamy 1PC-17 Smirnova, Irina 3O-6 Smith, Ivor 9O-7 Smith, Reginald 5O-4 Sodomaco, Nicola 1PA-22 Solodko, Anastasiya 1PA-33 Soloviev, Stanislav 3O-1,2PB-6 Song, Bai-Peng 1PA-44,1PB-4,10O-5,3PA-45 Song, Ying 2PA-2,3PB-10 Spielman, Rick 3PA-47

96 Srinivas, Yss 2PA-4 Stangenes, Magne 12O-2 Stankovic, Koviljka 10O-7,3PB-15,3PC-13 Stoltzfus, B. PL-1 Strowitzki, Claus 2PC-4 Struve, Kenneth PL-1 Stuber, James 3PA-3 Stygar, William PL-1,2O-5 Su, Guo-Qiang 1PA-44,1PB-4,10O-5,3PA-45 Sugai, Taichi 1PA-1,1PA-2,3PA-29 Sumod, C. 2PA-4 Sun, Xiaoyun 2PA-2 Sun, Yaohong 1O-8 Suykerbuyk, Ronaldus 2PB-8 Suzuki, Ryutaro 1PA-1,1PA-2 Syratchev, Igor 1PA-33

T Takaki, Koichi 1PA-18,3PA-30 Takeda, Yuya 5O-8 Tan, Xiangyu 1PB-9 Tang, Miao 3PA-21 Tang, Wilkin 9O-5 Taylor, Nathaniel 10O-1 Teranishi, Kenji 2PA-33,2PA-40,2PA-46,3PA-19,3PA-37 Teryoshin, Vasiliy 3PA-14 Thirumurugan, C. 10O-3 Thomas, M. Joy 3PA-4 Thomas, Richard 4O-1 Thompson, Kyle 2PA-38,3PC-2 Tian, Shuyun 2PC-2,3PA-7 Tian, Yuan 3PB-13 Tie, Weihao 1PA-16,2PB-11 Todorcevic, Todor 1PA-4 Toigo, Vanni 3PB-6 Tokuchi, Akira 1PA-1,1PA-2,3PA-29 Tong, Liqingf 2O-3

97 Torres, Andrew 5O-4 Torres, Manuel 1PC-16 Torres, William 6O-4 Tortel, Stephane 9O-3 Tsyranov, Sergei 2PB-1 Tuncer, Enis 1O-3

U Ujjwal, U. 2PA-4 Urquiola, Alejandro 6O-4 Ushich, Vladimir 3PA-14 Uto, Yoshihiro 2PA-33

V V. P., Anitha 1PC-13 Vadlamani, Anand 5O-7,2PA-31,2PA-32 Valdez-Nava, Zarel 1PA-46 Vasiliev, Igor 3PA-14 Veiga, Stepfanie 2PA-18 Veljak, Luca 1PA-22 Verboncoeur, John 1PB-1,3PA-46 Veron, Laurent 3PA-11 Veron, Paul 3PA-11 Vezinet, Rene 9O-3 Villanova, Giovanni 3PA-1 Viola, Fabio 1PC-3,3PC-11 Vissers, Paul 11O-4 Voumard, Nicolas 1PA-35 Vysotskii, Vladimir 3PA-32,3PA-33 Vysotskyy, Mykhailo 3PA-33

W Wakeland, P. PL-1 Waldron, John 12O-1 Waldron, William 12O-3 Wan, Jialun 1PA-10 Wang, Chuan 1PA-41

98 Wang, Han 3PC-4 Wang, Jian 3PA-48 Wang, Jin 2PA-1 Wang, Jue 1O-8 Wang, Lei 1PA-8,2PC-7,3PA-17 Wang, Lingyun 2O-8 Wang, Meng 9O-7 Wang, Naiyong 3PC-1 Wang, Peng 1PC-4 Wang, Pengcheng 1PA-17 Wang, Ruixue 4O-4,3PA-16,3PA-25,3PA-26,11O-6 Wang, Shaoan 3PC-10 Wang, Tao 1PA-9,1PA-41 Wang, Tonglei 1PA-16,1PC-9,1PC-10, 1PC-11,2PA-11,2PB-11 Wang, Wei 12O-8 Wang, Xiaohua 7O-7 Wang, Xilin 3PC-4 Wang, Xinjie 1PA-41 Wang, Xinxin 1PA-5,3PA-41 Wang, Yanan 1PA-17 Wang, Yi-Bo 1PB-4 Wang, Yonggang 2PB-13 Wang, Yongsheng 1PA-17 Wang, Zhiyuan 3PA-48 Wang, Zibo 1PC-8 Wangj, Yonggang 2PA-9 Wei, Liqiu 3PA-21 Wei, Wenfu 7O-5 Welch, Dale 2O-5 Wen, Tao 1PA-40,1PA-42,1PB-9,1PB-10,1PB-13,3PA-18 Wenkang, Zou 1PA-15 Wetz, David 2PA-17,2PA-18 Wetzeler, Sebastian 2PA-21,3PC-8 White, Joe 4O-3 White, W. PL-1 Whitmer, Tylor 5O-7

99 Wiechula, Jörg 3PA-20 Williams, Patrick 2PA-20 Woodruff, Simon 3PA-3 Woolley, Ben 1PA-33 Wu, Guangning 1O-4,2PC-13,7O-5 Wu, Hua 2PB-15 Wu, Jingfeng 3PB-12 Wu, Youcheng 2PB-14 Wu, Zhicheng 1PB-9,1PB-13 Wuensch, Walter 12O-4

X Xia, Jing 2PC-12 Xia, Liansheng 12O-8 Xia, Tianwei 1PB-2,1PC-15 Xiang, Sun 3PB-16 Xiao, Shu 2PA-26 Xie, Jianfeng 3PA-40 Xie, Qing 1PA-41,1PC-1,3PC-1 Xie, Weiping 2O-4,2O-8 Xie, Yutong 3PA-8 Xingming, Bian 3PA-13 Xiong, Qing 1PB-12,3PB-14 Xu, Junnan 11O-5 Xu, Rong 1PB-2,1PC-15 Xu, Xuzhe 1O-8,2PA-15 Xu, Yang 3PC-9 Xu, Yuqin 1PA-41 Xuefeng, Tang 2PA-34 Xun, Tao 1PB-3

Y Yakupoglu, Baha 1PA-34,3PB-7 Yamamoto, Akinori 3PA-30 Yamano, Yasushi 10O-5 Yamashita, Takahiko 1O-5,2PA-44 Yamashita, Tomohiko 3PA-38

100 Yan, Huijie 3PA-9 Yan, Jiaqi 1PA-17 Yan, Mi 2PA-34 Yan, Ping 1O-8,1PA-11,4O-4,3PA-17,3PA-26 Yang, Chao 12O-8 Yang, Fan 4O-6 Yang, Hanwu 1PA-13,1PB-3 Yang, Jianhua 1PA-19 Yang, Jinming 1PC-8 Yang, Liang 3PA-9 Yang, Nan 1PA-10 Yang, Xiaolei 2PA-41 Yang, Yang 2PB-2,3PA-39 Yang, Yong 1PC-14 Yang, Zhen 1PA-9 Yanghua, Han 3PB-12 Yao, Chenguo 2O-2,1PA-10,5O-6,2PA-29, 2PA-35,2PA-36,2PA-37 Yao, Xiu 2PA-1,2PA-3 Yasu, Keita 2PA-28 Ye, Mao 12O-8 Ye, Qizheng 1PB-14 Yeckel, Christopher 12O-2 You, Haoyang 1PB-10,1PB-13,3PA-18 Yu, Chan-Hun 2PC-14 Yu, Lanming 3PB-2 Yu, Lichao 1PC-19 Yuan, Jianqiang 2O-4,2O-8 Yuan, Weixiong 1PC-9,1PC-10,1PC-11 Yue, Ke 2PA-11

Z Zaini, Hatim 3PC-5 Zeng, Han 2PB-15 Zhang, Bing 2PC-7 Zhang, Chaohai 3PC-15 Zhang, Chenbo 2PB-10

101 Zhang, Cheng 1PA-8,4O-4,3PA-10,3PA-16, 3PA-17,3PA-25,3PA-26,11O-6 Zhang, Dong 1PA-12 Zhang, Dongdong 1PA-11,1PB-2 Zhang, Fan 1PC-5,4O-6,3PB-14,11O-8 Zhang, Guan-Jun 1PA-44,1PB-4,10O-5,3PA-45 Zhang, Huang 12O-8 Zhang, Jian‑De 1PB-3 Zhang, Jin 1PB-8 Zhang, Jun 1PA-19 Zhang, Liang 1PB-11 Zhang, Lingli 1PB-9 Zhang, Linwen 3PA-8,12O-8 Zhang, Ludan 3O-7 Zhang, Peng 11O-1 Zhang, Pengfei 1PA-40 Zhang, Q. 2PB-11 Zhang, Qiaogen 1PA-40,1PA-42,1PB-9,1PB-10, 1PB-13,1PC-9,1PC-10,1PC-11,2PA-11,3PA-18 Zhang, Qin 2PC-2,10O-8,3PA-7,3PA-31,3PA-34,3PA-39 Zhang, Xiancong 3PC-9 Zhang, Xiaobo 2PB-15 Zhang, Xin 1PB-13 Zhang, Xinghai 2PA-41 Zhang, Xu 3PA-13 Zhang, Ying 1PC-1 Zhang, Yuting 2PB-11 Zhang, Ze 2PA-30 Zhang, Zi-Cheng 1PB-3 Zhao, Junping 1PA-40 Zhao, Tao 1PC-8,1PC-19 Zhao, Yajun 2O-2,5O-6,2PA-29,2PA-36,2PA-37 Zhao, Zheng 3PB-10 Zheng, Yiming 3PB-16 Zhong, Lipeng 1PB-12,10O-2 Zhong, Lisheng 7O-1 Zhou, Churui 7O-1

102 Zhou, Qianyu 2PA-9,2PB-13 Zhou, Run-Dong 1PA-44,3PA-45 Zhou, Wenjun 3PC-15 Zhou, Yuan 1PA-11,1PA-12 Zhu, Feng 2PA-7 Zhu, Lingyu 1PB-12,1PC-5,6O-5,10O-2,3PB-10,3PB-14 Zhu, Xuejian 2PB-10 Zhuansun, Xu 3PC-1 Ziemba, Timothy 1PA-28,3PA-3,3PB-1 Zirnheld, Jennifer 1PC-6,1PC-7,2PA-38,3PC-2 Zou, Dandan 2PB-15 Zou, Xiaobing 3PA-41 Zou, Zhilong 3PC-1 Zucker, Shoshanna 2PA-38

103

Palace Hotel Conference Layout

to second floor

No access Registration

Exhibits, Oral Breaks, Sessions Receptions

Oral Sessions First Floor

1: Stangenes Industries, Inc. 18: Dean Technology, Inc. 2: 5S Components Inc. 19: Pearson Electronics 3: JEMA Energy 20: Advanced Energy Inc. 4: Pulse Power Solutions LLC 21: General Atomics to first floor 5: open 22: ITHPP 6: Silicon Power Corporation 23: GMW Associates 7: Pulse Power & Measurement 24: R&K Company Limited Poster Session C Short Courses, Ltd. 25: Barth Electronics, Inc. Satellite Meetings 8: CalRamic Technologies LLC 26: Diversified Technologies Inc. 9: Voltage Multipliers Inc. 27: Behlke Power Electronics LLC 10: open 28: Eagle Harbor Technologies, Poster Session B 11: Spellman High Voltage Inc. 12: L-3 Applied Technologies, Inc. 29: TDK-Lambda Americas Poster Session A 13: Scandinova Systems AB 30: HVR Advanced Power 14: open Components, Inc. 15: Lockheed Martin T1: Open Second Floor 16: Kanthal-Globar, Sandvik T2: TREK, INC. Heating Technology USA T3: Tera Analysis Ltd 17: NWL Inc. T4: R.E. Beverly III and Associates Megawatt Exhibitors 2016 IEEE International Power Modulator and High Voltage Conference San Francisco, CA – July 5–9, 2016 http://www.ipmhvc.org/2016

Pocket Program Kilowatt Exhibitors

Sponsored By:

Technically Co-Sponsored By: Watt Exhibitors