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ICOPS 2006 Poster Sessions

A printable version of the poster sessions schedule is available in PDF format by clicking here.

1P Poster Session Monday 5 June 1.00 - 3.00pm

1P1-5 Fusion ( Intertial, Magnetic and Alternate Concepts)

Order Title Presenter Authors
1P1 A STUDY OF MULTISCALE DENSITY FLUCTUATIONS Nils Basse Nils P Basse, ABB Switzerland Ltd.;
1P2 PLASMA START-UP USING TRANSIENT CHI ON NSTX Dennis Mueller Dennis Mueller, Princeton Plasma Physics Laboratory;
1P3 SPACE POTENTIAL PROFILES IN RELATIVISTIC SPHERICAL INERTIAL ELECTROSTATIC CONFINEMENT (SIEC) DEVICES Ryan Meyer Ryan M Meyer, University of Missouri-Columbia;
1P4 CONCAVE LIQUID METAL DIVERTOR FOR SPHERICAL TOKAMAKS Isak Konkashbaev Isak Konkashbaev, Argonne National Laboratory;
1P5 D-D AND D-3HE PROTON MEASUREMENTS OF CYLINDRICAL RADIALLY CONVERGENT BEAM FUSION Kunihito Yamauchi Sonoe Ohura, Dept. of Energy Sciences, Tokyo Institute of Technology; Akitoshi Okino, Dept. of Energy Sciences, Tokyo Institute of Technology; Masato Watanabe, Dept. of Energy Sciences, Tokyo Institute of Technology; Toshiyuki Kohno, Dept. of Energy Sciences, Tokyo Institute of Technology; Kunihito Yamauchi, Dept. of Energy Sciences, Tokyo Institute of Technology; Morimasa Yuura, Pulse Electronic Engineering Co.,Ltd.; Kei Nozaki, Dept. of Energy Sciences, Tokyo Institute of Technology; Eiki Hotta, Dept. of Energy Sciences, Tokyo Institute of Technology;
       
  1P6-9 Ultrashort Pulse Lasers and Particle Acceleration      
       
1P6 SELF-CONSISTENT HAMILTONIAN MODEL OF BEAM TRANSPORT IN A LASER-DRIVEN PLASMA ACCELERATOR B Shadwick C B Schroeder, LOASIS Program, LBNL; B A Shadwick, LOASIS Program, LBNL and Institute for Advanced Physics; G M Tarkenton, Institute for Advanced Physics;
1P7 STUDY OF A HYDROGEN CAPILLARY DISCHARGE FOR PARTICLE ACCELERATION IN THE LOWER PRESSURE REGIME Reda Akdim Reda Akdim, FOM-Institute for Plasma Physics Rijnhuizen;
1P8 HYADES MODELING OF ULTRAFAST LASER INTERACTIONS WITH MULTILAYER TARGETS Michael Grosskopf Michael J Grosskopf, University of Michigan;
1P9 STUDY OF THE LASER PLASMA INTERACTION AND ENERGETIC ELECTRON BEAM PRODUCTION USING THE LSP CODE Fei He Sergei Krasheninnikov, Center for Energy Research, UCSD; Beg Farhat, Center for Energy Research, UCSD; Mingsheng Wei, Center for Energy Research, UCSD; Fei He, Center for Energy Research, UCSD; Dale Welch, Voss Scientific; Richard Stephens, General Atomics;
       
  1P10-20 Z-pinches and Radiation Sources    
       
1P10 JET FORMATION IN LOW CURRENT X-PINCH DEVICES Dmitry Fedin Dmitry A Fedin, University of California San Diego;
1P11 INVESTIGATION OF X-RAY EMISSION AS A FUNCTION OF WIRE NUMBER AND MATERIAL USING A COMPACT 80 KA CURRENT GENERATOR* David Haas David M Haas, Mechanical and Aerospace Department, University of California San Diego;
1P12 X-RAY SPECTROSCOPY AND IMAGING OF COMBINED X-PINCHES WITH W WIRES AT UNIVERSITY-SCALE 1 MA PULSED POWER DEVICES Alla Safronova Jonathan D Douglass, Cornell University; Vidya Nalajala, UNR; Ishor Shrestha, UNR; Andrey Esaulov, UNR; Dmitry Fedin, UNR; Travis Hoppe, UNR; Nicholas Ouart, UNR; Fatih Yilmaz, UNR; Glenn Osborne, UNR; Victor Kantsyrev, UNR; David Hammer, Cornell University; John Apruzese, NRL; Alla Safronova, UNR; Ryan D McBride, Cornell University;
1P13 ANALYZING THE ENERGY SPECTRA OF ION BEAMS EMITTED FROM X-PINCH PLASMA Xiaobing Zou Rui Liu, Department of Electrical Engineering, State Key Laboratory of Control and Simulation of Power System and Generation Equipment, Tsinghua University; Xiaobing Zou, Department of Electrical Engineering, State Key Laboratory of Control and Simulation of Power System and Generation Equipment, Tsinghua University;
1P14 STUDIES OF MULTIWIRE X PINCHES FROM 0.4 TO 1 MA David Hammer David A Hammer, Cornell University;
1P15 X-PINCH PLASMA DYNAMICS OBSERVED WITH A SUB-200PS LASER Marc Mitchell T.A. Shelkovenko, Laboratory of Plasma Studies, Cornell University; Marc D Mitchell, Laboratory of Plasma Studies, Cornell University; D.P. Jackson, Laboratory of Plasma Studies, Cornell University; K.M. Chandler, Laboratory of Plasma Studies, Cornell University; D.A. Hammer, Laboratory of Plasma Studies, Cornell University; I.C. Blesener, Laboratory of Plasma Studies, Cornell University; S.A. Pikuz, Laboratory of Plasma Studies, Cornell University;
1P16 DIRECT X-RAY STREAK CAMERA IMAGING OF MULTI-WIRE X-PINCHES Katherine Chandler J. D. Douglass, Laboratory of Plasma Studies, Cornell University; S. A. Pikuz, Laboratory of Plasma Studies, Cornell University; Katherine M Chandler, Laboratory of Plasma Studies, Cornell University; D. A. Hammer, Laboratory of Plasma Studies, Cornell University; T. A. Shelkovenko, Laboratory of Plasma Studies, Cornell University; M. D. Mitchell, Laboratory of Plasma Studies, Cornell University;
1P17 DETERMINATION OF X-PINCH MICROPINCH PARAMETERS USING A SLIT-STEP-WEDGE CAMERA Sergei Pikuz Sergei A Pikuz, Cornell University;
1P18 POSITIVE POLARITY EFFECT ON 8-WIRE CYLINDRICAL Z-PINCHES David Chalenski Todd Blanchard, Cornell University; Bruce Kusse, Cornell University; Harry Wilhelm, Cornell University; David A Chalenski, Cornell University; John Greenly, Cornell University;
1P19 SINGLE AND MULTIPLE WIRE Z-PINCH EXPERIMENTS ON MARX-DRIVEN WATER-LINE PULSER Trevor Strickler Yue Y Lau, University of Michigan; Ronald M Gilgenbach, University of Michigan; Matthew R Gomez, University of Michigan; Jacob Zier, University of Michigan; Thomas A Mehlhorn, Sandia National Laboratories; Michael E Cuneo, Sandia National Laboratories; M Mazarakis, Sandia National Laboratories; Mark D Johnston, Sandia National Laboratories; Trevor S Strickler, University of Michigan;
1P20 WIRE EXPLOSION STUDIES IN ARRAYS WITH SMALL NUMBERS OF WIRES USING A RANGE OF DISCHRGE PARAMETERS Tatiana Shelkovenko Tatiana A Shelkovenko, P.N.Lebedev Physical Institute;
       
  1P21-28 High Energy Density Physics    
     
1P21 MICRO- AND NANOSECOND TIME SCALE, HIGH POWER ELECTRICAL WIRE EXPLOSION IN WATER Yakov Krasik Sergey Efimov, Physics Department, Technion; Arkady Sayapin, Physics Department, Technion; Alon Grinenko, Physics Department, Technion; Viktor Z Gurevich, Physics Department, Technion; Alexander Fedotov, Physics Department, Technion; Yakov E Krasik, Physics Department, Technion;
1P22 SPECT3D POST-PROCESSING OF LSP PIC SIMULATIONS: APPLICATION TO SHORT-PULSE LASER EXPERIMENTS Joseph MacFarlane Igor E Golovkin, Prism Computational Sciences; Pamela R Woodruff, Prism Computational Sciences; Nicolas A Pereyra, Prism Computational Sciences; Roberto C Mancini, U. Nevada - Reno; Dale R Welch, Voss Scientific LLC; Richard J Town, Lawrence Livermore National Laboratory; Ping Wang, Prism Computational Sciences; Joseph J MacFarlane, Prism Computational Sciences;
1P23 COUPLING OF A TW-CLASS LASER WITH A TW PULSED POWER GENERATOR FOR HIGH ENERGY DENSITY PHYSICS EXPERIMENTS Radu Presura A. L. Astanovitskiy, University of Nevada, Reno; M. Bakeman, University of Nevada, Reno; P. Laca, University of Nevada, Reno; B. Le Galloudec, University of Nevada, Reno; T. E. Cowan, University of Nevada, Reno; N. Le Galloudec, University of Nevada, Reno; V. V. Ivanov, University of Nevada, Reno; P. Wiewior, University of Nevada, Reno; Radu Presura, University of Nevada, Reno; P. Audebert, LULI, Ecole Polytechnique, France;
1P24 MEASUREMENT OF THE ELECTRON-ION THERMAL EQUILIBRATION RATE IN A STRONGLY COUPLED PLASMA Jose Taccetti John F Benage, Los Alamos National Laboratory; Brendan R Haberle, Los Alamos National Laboratory; Jeff P Roberts, Los Alamos National Laboratory; Roger P Shurter, Los Alamos National Laboratory; Jose M Taccetti, Los Alamos National Laboratory;
1P25 THREE-DIMENSIONAL RAYLEIGH-TAYLOR INSTABILITY IN DECELERATING INTERFACE EXPERIMENTS Carolyn Kuranz Carolyn C Kuranz, University of Michigan;
1P26 DESIGN OF RADIATIVE SHOCK TARGETS TO ENABLE IMPROVED DIAGNOSTIC ACCESS Donna Marion Donna C Marion, University of Michigan ;
1P27 CONTROLLED FUSION BURNING AND CURRENT DRIVE IN A DEGENERATE PLASMA Seunghyeon Son Nathaniel J Fisch, Department of Astrophysical Science, Princeton University ; Seunghyeon Son , Department of Astrophysical Science, Princeton University ;
1P28 COLLAPSING RADIATIVE SHOCK MEASUREMENTS IN XENON ON THE OMEGA LASER Amy Reighard Amy B Reighard, University of Michigan;
       
  1P29-43 Atmospheric-pressure Nonequilibrium Plasmas    
       
1P29 PULSE OPERATED MULTI-GAS INDUCTIVELY COUPLED PLASMA SOURCE Akitoshi Okino Kazuyasu Takimot, Department of Energy Sciences, Tokyo Institute of Technology; Masato Watanabe, Department of Energy Sciences, Tokyo Institute of Technology; Eiki Hotta, Department of Energy Sciences, Tokyo Institute of Technology; Akitoshi Okino, Department of Energy Sciences, Tokyo Institute of Technology; Taichi Kageyasu, Department of Energy Sciences, Tokyo Institute of Technology; Hidekazu Miyahara, Department of Energy Sciences, Tokyo Institute of Technology;
1P30 OBSERVATION OF VIRTUAL CAPACITANCE BETWEEN BARRIER DISCHARGE PLASMA AND DIELECTRIC ELECTRODE Gon-Ho Kim Gon-Ho Kim, Professor;
1P31 DYNAMIC BEHAVIORS AND STABILITY OF ATMOSPHERIC GLOW PLASMAS AT 1 - 10 MHZ Michael Kong Michael G Kong, Loughborough University, UK; Jian J Shi, Loughborough University; Da W Liu, Loughborough UNiversity;
1P32 THE EFFICIENT PLASMA PLUME EXTRACTION FROM ATMOSPHERIC PRESSURE PARALLAL DIELECTRIC BARRIER DISCHARGE JET Joo Hyon Noh Joo Hyon Noh, Department of Metallurgical Engineering, Yonsei Univesity;
1P33 UNIFORM AND LONG-SLIT MICROWAVE PLASMA GENERATION FROM A LONGITUDINAL SECTION ELECTRIC MODE COUPLING Hae Jin Kim Jin Joo Choi, Kwangwoon University; Hae Jin Kim, Kwangwoon University;
1P34 ROTATIONAL AND VIBRATIONAL TEMPERATURE MEASUREMENTS OF ATMOSPHERIC PRESSURE NORMAL GLOW PLASMA DISCHARGES IN AIR, NITROGEN, ARGON, AND HELIUM David Staack David A Staack, Drexel University;
1P35 ELECTRON-BEAM PRODUCED AIR PLASMA: RF AND OPTICAL DIAGNOSTICS Robert Vidmar Robert J Vidmar, University of Nevada, Reno;
1P36 IMPROVEMENT OF PLASMA UNIFORMITY USING ZNO-COATED DIELECTRIC BARRIER DISCHARGE IN OPEN AIR Jai Hyuk Choi Jai Hyuk Choi, Department of Metallurgical Engineering, Yonsei University, Seoul, Korea;
1P37 EXPERIMENTAL COMPARISON OF ATMOPSHERIC PRESSURE PLASMA ACTUATOR GEOMETRIES Alan Hoskinson Noah Hershkowitz, University of Wisconsin; Alan R Hoskinson, University of Wisconsin;
1P38 RADIAL VARIATION OF LASER-INDUCED AIR PLASMA PARAMETERS Manny Mathuthu R ita M Raseleka, Tswane University of Science and Technology, Pretoria, South Africa; Nicholas West, University of Witswatersrand, Electrical and Information Engineering, ; Manny Mathuthu, University of Zimbabwe; Andrew Forbes, CSIR-National Laser Centre, Pretoria South Africa;
1P39 TIME-RESOLVED MEASUREMENTS OF OH RADICALS IN PULSED BARRIER DISCHARGE Koichi YASUOKA Takashi Yamaguchi, Tokyo Institute of Technology; Shozo Ishii, Tokyo Institute of Technology; Koichi YASUOKA, Tokyo Institute of Technology;
1P40 TEMPERATURE VERIFICATION OF THE COLD PLASMA JET GENERATED BY ATMOSPHERIC DIELECTRIC BARRIER CAPILLARY DISCHARGE Jialiang Zhang Jialiang Zhang, The State Key Laboratory for Material Madofication, Dalian University of Technology;
1P41 A NOVEL COLD PLASMA JET GENERATOR BASED ON ATMOSPHERIC DIELECTRIC BARRIER CAPILLARY DISCHARGE Jialiang Zhang Jialiang Zhang, The State Key Laboratory for Material Madofication, Dalian University of Technology;
1P42 THE INFLUENCE OF GAS FLOW TO MAINTAIN A UNIFORM DIELECTRIC BARRIER DISCHARGE AT ONE ATMOSPHERIC PRESSURE zhi Cao zhi Cao, Tsinghua University;
1P43 CHARATERIZATION OF MAGNETICALLY STABILIZED GLIDING ARC FOR STUDY OF FLAME IGNITION AND STABILIZATION Shailesh Gangoli Timothy Ombrello, Princeton University; Shailesh P Gangoli, Drexel Plasma Institute; Alexander Fridman, Drexel Plasma Institute; Xiao Qin, Princeton University; Alexander Gutsol, Drexel Plasma Institute; Yiguang Ju, Princeton University;
       
  1P44-56 Low-pressure Nonequilibrium Plasma Processing    
       
1P44 CATHODE SPOT OF LOW PRESSURE ARC Atsushi Sato Atsushi Sato, Musashi insutitute of technology ;
1P45 CHARACTERISTICS OF MULTI GUN MGO PHYSICAL VAPOR DEPOSITION SYSTEM Yong Sup CHOI Yong Sup CHOI, Production Eng. Research Lab Samsung SDI Co. Ltd; Jinpil KIM, Production Eng. Research Lab Samsung SDI Co. Ltd; Seok Heon JEONG, Production Eng. Research Lab Samsung SDI Co. Ltd; KANGIL LEE, Production Eng. Research Lab Samsung SDI Co. Ltd;
1P46 ELECTRICAL FIELD MEASUREMENTS IN NON-EQUILIBRIUM LASER-GENERATED PLASMAS Luigi Celona Luigi Celona, Istituto Nazionale di Fisica Nucleare - Laboratori Nazionali del Sud; Daniele Margarone, Università di Messina - Dipartimento di fisica; Santo Gammino, Istituto Nazionale di Fisica Nucleare - Laboratori Nazionali del Sud; Lorenzo Torrisi, Istituto Nazionale di Fisica Nucleare - Laboratori Nazionali del Sud; Università di Messina - Dipartimento di fisica;
1P47 HAFNIUM OXIDE PRODUCTION VIA LASER ABLATION PLASMA DEPOSITION Ron Gilgenbach Nicholas M Jordan, Nuclear Engineering and Radiological Sciences, University of Michigan; Michael C Jones, Sandia National Labs; Yue Y Lau, Nuclear Engineering and Radiological Sciences, University of Michigan; Sha Zhu, Nuclear Engineering and Radiological Sciences, University of Michigan; Lumin M Wang, Nuclear Engineering and Radiological Sciences, University of Michigan; Michael Atzmon, Nuclear Engineering and Radiological Sciences, University of Michigan; Ron M Gilgenbach, Nuclear Engineering and Radiological Sciences, University of Michigan;
1P48 IMPACT OF TARGET GEOMETRY ON DEPOSITION UNIFORMITY IN IPVD SYSTEM Jozef Brcka Jozef Brcka, TEL Technology Center, America, LLC;
1P49 WAFER REDEPOSITION IMPACT ON ETCH RATE UNIFORMITY IN IPVD SYSTEM Jozef Brcka Rodney L. Robison, TEL Technology Center, America, LLC; Jozef Brcka, TEL Technology Center, America, LLC;
1P50 MEASUREMENT OF ION CURRENT ON TARGET BIASED WITH A HIGH NEGATIVE VOLTAGE Jae-Myung Choe Jae-Myung Choe, MS Candidate;
1P51 PLASMA-MODIFIED INTERLAYERS APPLIED TO PROCESSING OF POLYMER ELECTRONIC MATERIALS Patrick Pedrow Shane R Freepons, Washington State University; Samira Sharmin, Washington State University; Patrick D Pedrow, School of EECS;
1P52 SELF-ASSEMBLED NANOPATTERNS OF PLASMA-GROWN NANOPARTICLES Kostya Ostrikov Kostya Ostrikov, School of Physics;
1P53 SINGLE VS. DUAL ION BEAM GROWTH OF CNX William Lanter William C Lanter, Innovative Scientific Solutions, Inc.; Boyd A Tolson, Innovative Scientific Solutions, Inc.; David C Ingram, Ohio University; Charles A DeJoseph, Jr., AFRL/PRPE Wright-Patterson AFB;
1P54 ETCHING MECHANISMS OF PPS POLYMER WITH OXYGEN RADICALS Uros Cvelbar Uros Cvelbar, Dr;
1P55 METHANE CONVERSION TO C2 HYDROCARBONS USING GLOW DISCHARGE PLASMA Jie-rong Chen Jie-rong Chen , major author; Chun-ye Liu, Student Environment &Chemical Engineering institute, Xi’an Jiaotong University,; Miao Hu, Student Environment &Chemical Engineering institute, Xi’an Jiaotong University,; Zhi-guo Lu, Professor Physical Department, Northwest University;
1P56 LIF MEASUREMENT OF NITROGEN METASTABLE MOLECULAR STATE IN A COMPACT HELICON PLASMA SOURCE Zane Harvey Costel Biloiu, WVU Dept. of Physics; Earl Scime, WVU Dept. of Physics; Zane W Harvey, West Virginia University Department of Physics;
       
  1P57-62 High Pressure and Thermal Plasma Processing    
       
1P57 DEVELOPMENT OF 300KW TWIN TORCH PLASMA ARC FURNACE FOR MEDICAL WASTE TREATMENT TORU IWAO Hideo Nishiwaki, Sinwa Co., Inc.; TORU IWAO, Musashi Institute of Technology; Tsuginori Inaba, Chuo University; Motoshige Yumoto, Musashi Institute of Technology;
1P58 EVAPORATION RECOIL FORCE DURING PLASMA ARC SPRAYING Valerian Nemchinsky Valerian Nemchinsky, ESAB Welding and Cutting Products;
1P59 THERMAL INTERRUPTION PERFORMANCE AND FLUCTUATIONS IN HIGH VOLTAGE GAS CIRCUIT BREAKERS Nils Basse Nils P Basse, ABB Switzerland Ltd.; Torsten Votteler, ABB Switzerland Ltd.; Christian M Franck, ABB Switzerland Ltd.; Martin Seeger, ABB Switzerland Ltd.;
1P60 MEASUREMENT OF ELECTROMAGNETIC FIELD IN A RADIO FREQUENCY INDUCTIVELY COUPLED PLASMA AT ATMOSPHERIC PRESSURE M. Razzak Yoshihiko Uesugi, Kanazawa University, Japan; M. A. Razzak, Nagoya University, Japan; Noriyasu Ohno, EcoTopia Science Institute, Nagoya University, Japan; Shuichi Takamura, Nagoya University, Japan;
1P61 A NEW METHOD OF EFFECTIVE CURRENT DENSITY DETERMINATION IN COLD ELECTRODE ARC SPOT Dzmitry Bubliyeuski Dzmitry Bubliyeuski, UNICAMP, IFGW, DEQ;
1P62 ELECTRODE ANGLE FOR HIGH EFFICIENT WASTE TREATMENT BY TWIN TORCH PLASMA ARC Yoshihito Hayashi Toru Iwao, T. Iwao; Yoshihito Hayashi, Musashi Institute of Technology;
       
  1P63-68 Plasma Thrusters    
       
1P63 EXPERIMENTAL AND COMPUTER SIMULATION STUDIES OF A PULSED PLASMA ACCELERATOR Trevor Moeller Dennis Keefer, University of Tennessee Space Institute; Trevor Moeller, University of Tennessee Space Institute; Robert Rhodes, University of Tennessee Space Institute; Charles Merkle, Purdue University; Ding Li, Purdue University;
1P64 PLASMA EXPANSION IN A PARAXIAL MAGNETIC NOZZLE Christopher Deline Christopher A Deline, University of Michigan;
1P65 AERODYNAMIC NOISE CONTROL BY ATMOSPHERIC PRESSURE GLOW DISCHARGE PLASMA Nozomi Takeuchi Nozomi Takeuchi, Tokyo Institute of Technology;
1P66 A STUDY OF PARTICLE EMISSION FROM A RADIO FREQUENCY DRIVEN FERROELECTRIC PLASMA THRUSTER Mark Kemp Scott D. Kovaleski, University of Missouri-Columbia; Mark A Kemp, University of Missouri-Columbia;
       
  1P67-74 Basic Phenomena    
       
1P67 TIME RESOLVED EEDF INVESTIGATION FOR PLASMA HEATING ShinJae You Sungku Ahn, KAIST; Sungsik Kim, KBSI; ShinJae You, KAIST;
1P68 DUST A CAUSTIC SURFACE WAVES ON A DUSTY MAGNETIZED PLASMA. Atef EL-Bendary Atef EL-Bendary, Lecturer;
1P69 APPLICATION OF ATMOSPHERIC-PRESSURE NONEQUILIBRIUM PLASMA IN AIR DECONTAMINATION SHU-MIN YIN SHU-MIN YIN, PlasmaSol Corp.;
1P70 THERMOELECTRIC POTENTIAL IN A WEAKLY-INHOMOGENEOUS COLLISIONLESS MAXWELLIAN PLASMA Valentin Rantsev-Kartinov Valentin A Rantsev-Kartinov, NFI RRC "Kurchatov Institute";
1P71 TOROIDAL ELECTRON PLASMA: DESIGN, OPERATION AND DIAGNOSTICS IN SMARTEX Sambaran Pahari Sambaran Pahari, Institute for Plasma Research,Gandhinagar,Gujarat,India; P I John, Institute for Plasma Research,Gandhinagar,Gujarat,India; H S Ramachandran, Indian Institute for Technology,Madras,India;
1P72 MEASUREMENTS ON AN ARGON HELICON PLASMA WITH VARIABLE MAGNETIC NOZZLE Christopher Denning Christopher M Denning, University of Wisconsin-Madison;
1P73 AIR BREAKDOWN DYNAMICS OF PREFORMED AIR PLASMA CHANNELS Harold Ladouceur Tzvetelina B Petrova, NRC-NRL; Harold D Ladouceur, Naval Research Laboratory;
1P74 IONIZATION EQUILIBRIUM IN MULTICHARGED ION PLASMA WITH FAST ELECTRONS Vasily Zakharov Vasily S Zakharov, Keldysh Institute of Applied Mathematics;
       
  1P75-79 Partially Ionized Plasmas    
       
1P75 PARAMETRIC INVESTIGATION OF A MID FREQUENCY INTERNAL OSCILLATING CURRENTS DRIVEN PLASMA REACTOR Ren Yuping Ren Yuping, National Institute of Education/Nanyang Technological University/Singapore;
1P76 A PRELIMINARY EXPERIMENT ON X-PINCH Xinxin Wang Xinxin Wang, Department of Electrical Engineering, Tsinghua University;
1P77 SPATIOTEMPORAL EVOLUTION OF ELECTRON ENERGY DISTRIBUTION AND PLASMA PARAMETERS IN SHORT-PULSE MAGNETRON DISCHARGES Sang-Hun Seo Sang-Hun Seo, Korea Advanced Institute of Science and Technology;
1P78 PLASMA-ENHANCED CHEMICAL VAPOR DEPOSITION OF INORGANIC COATINGS ON POLYMERIC MATERIALS USING ORGANIC PRECURSORS Juan Jiang Juan Jiang, Nanon A/S;
1P79 MACROSCOPIC EMISSION NON-UNIFORMITY IN THERMIONIC CATHODES DUE TO PROFILIMETRY VARIATION Kevin Jensen Kevin L. Jensen, Naval Research Laboratory;
       
  1P80-87 Intense Electron and Ion Beams    
       
1P80 PLASMA FORMATION IN THE IPNS RCS Jeffrey Dooling Gerald E McMichael, Argonne National Laboratory; Jeffrey C Dooling, Argonne National Laboratory;
1P81 A MAGNETICALLY INSULATED TRANSMISSION LINE CONNECTED TO THE ASTERIX 6MV GENERATOR FOR X-RAYS DIODE RESEARCH Christophe Vermare Christophe Vermare, CEA/DAM;
1P82 SPECTROSCOPIC INVESTIGATIONS OF GAS AND PLASMA-FILLED PARAXIAL DIODES FOR X-RAY RADIOGRAPHY Mark Johnston Mark D Johnston, Sandia National Laboratories;
1P83 MULTI-DIMENSIONAL CHILD-LANGMUIR LAW FOR A CROSSED-FIELD GAP Wee Shing Koh Lay Kee Ang, School of Electrical and Electronic Engineering, Nanyang Technological University; Xin Hua, School of Electrical and Electronic Engineering, Nanyang Technological University; Wee Shing Koh, School of Electrical and Electronic Engineering, Nanyang Technological University; Li Sun, School of Electrical and Electronic Engineering, Nanyang Technological University;
1P84 FINE SPATIAL SCALE SIMULATIONS OF RELATIVISTIC ELECTRON BEAM PENETRATION OF AN OVERDENSE PLASMA Anthony Sgro Anthony G Sgro, Los Alamos National Lab;
1P85 PLASMA AND BEAM DYNAMICS IN SELF-MAGNETIC-PINCH ELECTRON BEAM DIODES David Rose Thomas C Genoni, Voss Scientific, LLC; Dale R Welch, Voss Scientific, LLC; David V Rose, Voss Scientific, LLC; David Mosher, Naval Research Laboratory; David D Hinshelwood, Naval Research Laboratory; S Portillo, Sandia National Laboratories; Bryan V Oliver, Sandia National Laboratories; Jim Threadgold, AWE;
1P986 DESCRIPTION OF AN INTENSE ELECTRON BEAM DRIVEN BY CESAR A 700KV, 350 KA PULSED POWER GENERATOR luc VOISIN Alain GALTIE, CEA CESTA; luc VOISIN, CEA CESTA; Patrick MODIN, CEA CESTA; Thierry DESANLIS, CEA CESTA; David HEBERT, CEA CESTA; Bruno CASSANY, CEA CESTA;
1P87 INFLUENCE OF DISSIPATION ON BEAM INSTABILITY OF NEGATIVE-MASS-TYPE IN NO-UNIFORM BEAM-PLASMA WAVEGUIDE Eduard Rostomyan Eduard Rostomyan, Inst of Radiophysics & Electronics Armenian National Ac Sci;

2P Poster Session Tuesday 6 June 1.00pm-3.00pm

2P1-6 Optical Diagnostics

Order Title Presenter Authors
2P1 ION VELOCITY DISTRIBUTION FUNCTION MEASUREMENTS IN A HELIUM HELICON PLASMA Earl Scime Earl E Scime, West Virginia University; Christopher Compton, WVU; Ioana Biloiu, WVU; Ryan Murphy, WVU;
2P2 DEVELOPMENT OF THE HIGH SENSITIVITY MULTI CHANNEL BULK ABSORPTION LASER CALORIMETER Su Chunxiao Su Chunxiao, National Key Laboratory for Laser Fusion,Reseach Center of Laser Fusion,China Academy of Engineering Physics;
2P3 THE VALIDITY OF OES LINE-RATIO METHOD TO DETERMINE THE ELECTRON TEMPERATURE IN INDUCTIVELY COUPLED NITROGEN PLASMAS Yi-Kang Pu Yi-Kang Pu, Department of Engineering Physics;
2P4 OPTICAL DIAGNOSTICS OF LASER INITIATED, RF SUSTAINED HIGH PRESSURE SEEDED PLASMAS* Magesh Thiyagarajan Mark Denning, University of Wisconsin - Madison; Magesh Thiyagarajan, University of Wisconsin - Madison; John Scharer, University of Wisconsin - Madison; Siqi Luo, University of Wisconsin - Madison;
2P5 ELECTRON DENSITY MAPPING OF ATMOSPHERIC PRESSURE GLOW DISCHARGE IN AIR USING TWO-WAVELENGTH INTERFEROMETRY Jerome PONS Jerome PONS, Old Dominion University;
2P6 QUANTITATIVE TWO DIMENSIONAL SHADOWGRAPHY FOR LOW DENSITY PLASMA CHARACTERIZATION Stefano Minardi Stefano Minardi, Technological Educational Institute of Crete; Michael Tatarakis, Technological Educational Institute of Crete; Costas Petridis, Technological Educational Institute of Crete; Amrutha Gopal, Technological Educational Institute of Crete;
       
  2P7-9 Particle Diagnostics    
       
2P7 NEW PROBE METHOD APPLICABLE TO PLASMA PROCESSING ChinWook Chung ChinWook Chung, Dept. of Electrical and Control Engineering, HanYang Univ;
2P8 A NEUTRON STREAK CAMERA DESIGNED FOR ICF FUEL ION TEMPERATURE DIAGNOSTIC Jiabin Chen Jiabin Chen, National Key Laboratory of Laser Fusion, Research Center of Laser Fusion, China Academy of Engineering Physics;
2P9 LEAD ACTIVATION NEUTRON YIELD MEASUREMENT SYSTEM USED IN ICF EXPERIMENT Cunbang Yang Cunbang Yang, National Key Laboratory for Laser Fusion,Reseach Center of Laser Fusion,China Academy of Engineering Physics;
       
  2P10-13 X-ray Diagnostics    
       
2P10 PERFORMANCE EVALUATION OF A MICROCHANNEL PLATE BASED X-RAY CAMERA WITH A REFLECTING GRID Anthony Visco Anthony J Visco, University of Michigan;
2P11 SOFT X- RAY GENERATION USING CNT BAS ED LIQUID HYBRID TARGET Haeyoung Choi J. U. Kim, Korea Electrotechnology Research Institute (KERI); H. S. Kim, Korea Electrotechnology Research Institute (KERI); Y. H. Park, Korea Electrotechnology Research Institute (KERI); W. S. Chang, Korea Electrotechnology Research Institute (KERI); Haeyoung Choi, Korea Electrotechnology Research Institute (KERI);
2P12 TIME RESOLVED SPOT SIZE MEASUREMENTS USING A SELF MAGNETIC PINCH DIODE ON EROS Salvador Portillo Salvador Portillo, Sandia National Laboratories;
2P13 SPECTROSCOPIC MEASUREMENTS OF RECENT ALUMINUM WIRE ARRAY Z-PINCH IMPLOSIONS ON THE Z-ACCELERATOR P. David LePell P. David LePell, Ktech Corporation;
       
  2P14-24 Pulsed Power Technology and Other Applications    
       
2P14 DESIGN AND DEVELOPMENT OF AN IMPULSE POWER SUPPLY FOR PULSED POWER APPLICATIONS Rajendrasinh Jadeja Rajendrasinh Jadeja, C.U.Shah College Of Engg. & Tech.;
2P15 A HIGH REPETITION RATE MULTI-PULSE DISCHANGE POWER FOR HEATING PLASMA Baocai Jiang Wenzheng Lin, Professor; Baocai Jiang, colleague;
2P16 PRELIMINARY INTERFEROMETRIC AND PROBE MEASUREMENTS ON A TRIGGERED PLASMA OPENING SWITCH SOURCE Alan Lynn Robin A Sharpe, Sandia National Laboratories; Waylon T Clark, University of New Mexico; Mark A Gilmore, University of New Mexico; Naga Devarapalli , University of New Mexico; Mark E Savage, Sandia National Laboratories; Alan G Lynn, University of New Mexico;
2P17 POWER FLOW MODELING FOR RITS-6 Nichelle Bruner Nichelle L Bruner, Voss Scientific, LLC;
2P18 TESTS OF A PROTOTYPE GAS-SWITCHED 1.4 MV PULSE FORMING LINE P Corcoran S Fishlock, AWE; I Smith, AWE; M Swierkosz, AWE; P Corcoran, L-3 Pulse Sciences; K Thomas, AWE; V Carboni, L-3 Pulse Sciences; J Kishi, L-3 Pulse Sciences; J Pearce, L-3 Pulse Sciences; I D Smith, L-3 Pulse Sciences; B Whitney, L-3 Pulse Sciences; R Broff, L-3 Pulse Sciences; K da Silva, L-3 Pulse Sciences; P Sanders, L-3 Pulse Sciences;
2P19 WATER FILM FOR PROTECTING INSULATOR SURFACE FROM LIGHTNING DISCHARGE Koichi Yasuoka Shozo Ishii, Tokyo Institute of Technology; Naoki Nakagomi, Tokyo Institute of Technology; Koichi Yasuoka, Tokyo Institute of Technology;
2P20 FOIL COOLING FOR REP-RATED ELECTRON BEAM PUMPED KRF LASERS John Giuliani P. Burns, Research Support Instruments; F. Hegeler, Commonwealth Technologies, Inc.; J. D. Sethian, Naval Research Laboratory; K. Schoonover, Georgia Institute of Technology; M. C. Myers, Naval Research Laboratory; John L. Giuliani, Naval Research Laboratory; D. Sadowski, Georgia Institute of Technology; S. Abdel-Khalik, Georgia Institute of Technology; M. F. Wolford, Naval Research Laboratory;
2P21 ANALYSIS OF NANOSECOND PULSED CORONA ON A TWO-WIRE TRANSMISSION LINE USING THE METHOD OF Q-V CURVES Noaz Nissim Noaz Nissim, Propulsion Physics Laboratory, Soreq NRC;
2P22 ARC DICHARGE IN WATER TO REMOVE ALGAE AND RED TIDE IN MERECOAST Young-Ho Na Young-Ho Na, Institute for Advanced Engineering; Sang-Sik Kim, Institute for Advanced Engineering;
2P23 CHARACTERISTICS OF PLASMA NEAR THE TARGET BIASED WITH A HIGH NEGATIVE PULSE Jae-Myung Choe Jae-Myung Choe, M.S. Candidate;
2P24 DESIGN AND OPTIMIZATION OF A LOW-IMPEDANCE PULSED POWER MARX GENERATOR TO DRIVE A RELATIVISTIC X-BAND MAGNETRON Edl Schamiloglu Mike Abney, University of New Mexico; Mikhail Fuks, University of New Mexico; Edl Schamiloglu, University of New Mexico; Ken Prestwich, Ken Prestwich Consulting; Marvin Roybal, University of New Mexico; John Gaudet, University of New Mexico; Jerald Buchenauer, University of New Mexico; Sarita Prasad, University of New Mexico;
       
  2P25-26 Pulsed Power Switching    
       
2P25 RESISTANCE OF A WATER SWITCH Jane Lehr Jane M. Lehr, Sandia National Laboratories;
2P26 INVESTIGATION OF CAUSES LEADING TO DIELECTRIC FLASHOVER IN A LASER TRIGGERED GAS SWITCH Scott Kovaleski Randy Curry, University of Missouri - Columbia; Andrew L Benwell, Univerisity of Missouri - Columbia; John Gahl, University of Missouri - Columbia; Chris Yeckel, University of Missouri - Columbia; Darrin Swarts, University of Missouri - Columbia; Scott D Kovaleski, University of Missouri - Columbia;
       
  2P27-41 Atmospheric-pressure Nonequilibrium Plasmas(2)    
       
2P27 THE RESEARCH ON ATMOSPHERIC PRESSURE GLOW-LIKE DISCHARGE PLASMA Zhijie Zhu Zhijie Zhu, Department of Electrical Engineering, Tsinghua University, Beijing;
2P28 COMPLEX DYNAMIC BEHAVIORS OF NON-EQUILIBRIUM ATMOSPHERIC DIELECTRIC BARRIER DISCHARGES Dezhen Wang Dezhen Wang, Dalian University of Technology, P R China;
2P29 INFLUENCE OF DIELECTRIC AND ELECTRODE ON DBD AT ATMOSPHERIC PRESSURE Xinxin wang Xinxin wang, Department of Electrical Engineering, Tsinghua University;
2P30 CHARACTERISTICS OF AN ATMOSPHERIC PRESSURE LOW TEMPERATURE DISCHARGE PRODUCED FOR 3-D SURFACE TREATMENTS Wonho Choe Wonho Choe, Department of Physics, Korea Advanced Institute of Science and Technology;
2P31 ADHESION ENHANCEMENT OF POLYMER-COATED TIN PLATE USING ATMOSPHERIC PLASMA TREATMENT Jong Pil Jegal Jong Pil Jegal, Department of metallurgical engineering, yonsei university;
2P32 APPLICATION OF ATMOSPHERIC AIR PLASMA FOR POLYETHYLENE POWDER MODIFICATION Vladimir Scholtz Vladimir Scholtz, CTU FEE;
2P33 DISCHARGE PROPERTIES OF PREFORMED AIR PLASMA CHANNELS Harold Ladouceur Harold D. Ladouceur, Naval Research Laboratory;
2P34 LARGE AREA SILICON DIOXIDE DEPOSITION USING RF ATMOSPHERIC PRESSURE GLOW DISCHARGE AT LOW TEMPERATURE Man Hyeop Han Man Hyeop Han, Department of Metallurgical Engineering, Yonsei University, Korea;
2P35 THE PLASMA PENCIL: A NOVEL COLD PLASMA SOURCE FOR LOW TEMPERATURE APPLICATIONS Mounir Laroussi Mounir Laroussi, Old Dominion University; Xinpei Lu, Old Dominion University; Claire Tendero, Old Dominion University;
2P36 SURFACE ENERGY ENHANCEMENT OF BULK PLASTICS USING THE ONE ATMOSPHERE UNIFORM GLOW DISCHARGE PLASMA (OAUGDP) Xin Dai Sirous Nourgostar, The Unviersity of Tennessee, Knoxville; Xin Dai, The University of Tennessee, Knoxville;
2P37 MEASUREMENTS OF PLASMA TEMPERATURES IN H2/CARBON/AR MICROWAVE PLASMA BY UV EMISSION SPECTROSCOPY Yongho Kim Yongho Kim, Los Alamos National Laboratory;
2P38 PLASMA-ASSISTED COMBUSTION IN A MINIATURE MICROWAVE PLASMA TORCH APPLICATOR Kadek Hemawan Kadek W Hemawan, Michigan State University and Fraunhofer CCL; Chandra L Romel, Michigan State University;
2P39 HIGH POWER - POSITIVE PULSED CORONA DISCHARGE SYSTEMS FOR VOLATILE giyoung tak Alexander Fridman, Plasma Institute of Drexel University; Alexander Gutsol, Plasma Institute of Drexel University; giyoung tak, Plasma Institute of Drexel University;
2P40 ATMOSPHERIC CONTINUOUS FILAMENT DISCHARGE PLASMA (ACFDP) APPLIED TO CROP STERILIZATINON Liang Liu Liang Liu, Department of Electrical Engineering, Tsinghua University, Beijing, PRC;
2P41 RF ATMOSPHERIC PLASMA SYSTEMS FOR DEPOSITION OF NANOSTRUCTURES Ahmed Hassanein Ahmed M Hassanein, Argonne National Laboratory;
       
  2P42-53 Plasmas for Lighting    
       
2P42 DIELECTRIC BARRIER DISCHARGE IN NITROGEN AND ARGON Zhan Huamao Zhan Huamao, North China Electric Power University;
2P43 SPECTRAL INTENSITIES AS A FUNCTION OF HG CONTENT AND MEASUREMENT POSITION IN FLORESCENT LIGHT TUBES Zissis Georges Zissis Georges, Plasma for lighting;
2P44 BRIGHTNESS CHARACTERISTICS FOR THE INPUT FREQUENCY OF AN LARGE SIZE EXTERNAL ELECTRODE FLUORESCENT LAMP (EEFL) Seong-Jin Lee Jong-Chan Lee, Kumho Electric inc.; Dae-Hee Park, Wonkwang University; Yong-Sung Choi, Dongshin University; Seong-Jin Lee, Wonkwang University;
2P45 TIME DEPENDENT MODELING OF THE ELECTRODE REGION OF A FLUORESCENT LAMP DISCHARGE Richard Garner Richard C Garner, Osram Sylvania, Inc.;
2P46 A STUDY ON THE RELATIONSHIP BETWEEN ELECTRODE MATERIALS AND CHARACTERISTICS OF CCFL'S NEGATIVE GLOW PLASMA Tadao Uetsuki Tadao Uetsuki, Tsuyama National College of Thechnology; Ryota Kitamoto, Tsuyama National College of Thechnology; Yuji Takeda, Harison Toshiba Lighting Corp.; Osamu Fukumasa, Yamaguchi University;
2P47 NEW MIXTURE FOR AC DRIVING LOW PRESSURE XE LAMP Ki Wan Park Ki Wan Park, Department of Metallurgical system engineering, Yonsei Un;
2P48 INFLUENCE OF PRESSURE ON PERFORMANCES OF MERCURY FREE SIGNS EXCITED WITH A PULSED POWER SUPPLY Sébastien Point Sébastien Point, GREMI-Polytech'Orleans;
2P49 THE DISCHARGE PROPERTIES OF XE TYPE FLAT BY GAS PRESSURE YANG JONG KYUNG YANG JONG KYUNG
2P50 LOWERING THE IGNITION VOLTAGE TAE IL LEE TAE IL LEE, Department of Metallurgical Engineering, Yonsei Univ.;
2P51 LARGE AREA XENON EXCIMER LAMP USING FLOATING ELECTODE IN DIELECTRIC BARRIER DISCHARGE Hyeon Seok Hwang Hyeon Seok Hwang, Yonsei Univ.;
2P52 SELF-ORGANIZED PATTERNS IN CATHODE BOUNDARY LAYER DISCHARGES Nobuhiko Takano Karl Heinz Schoenbach, Frank Reidy Research Center for Bioelectrics; Nobuhiko Takano, Frank Reidy Research Center for Bioelectrics;
2P53 NET EMISSION COEFFICIENT EMITTED FROM HIGH TEMPERATURE ARGON-IRON AND ARGON-MERCURY GASES Takuro Miyajima Takuro Miyajima, Musashi Institute of Technology;
       
  2P54 Microplasmas and Flat-panel    
       
2P54 LOCAL AREA MATERIALS ETCHING USING MICROSTRIPLINE-BASED MINIATURE MICROWAVE DISCHARGE Jeffri Narendra Jeffri J. Narendra, Michigan State University;
       
  2P55-69 Medical, Biological and Environmental Applications    
       
2P55 VOLTAGE AND TEMPERATURE EFFECTS OF DENOX IN DBD PLASMA GENERATED BY AN INTERMITTENT POWER SOURCE Ken Yukimura Ken Yukimura, Deaprtment of Electrical Engineering, Doshisha University;
2P56 BIOFILM DESTRUCTION BY HE-O2 RF HIGH-PRESSURE COLD PLASMA JET Nina Abramzon Graciela Brelles-Marino, Biological Sciences Department, California State Polytechnic University; Jonathan Bray, Aerospace Engineering Department ,California State Polytechnic University; Nina Abramzon, Physics department. California State Polytechnic University; Jonathan C Joaquin, Biological Sciences Department, California State Polytechnic University;
2P57 STUDY OF BACTERICIDAL EFFECTS OF CORONA DISCHARGE AT ATMOSPHERIC PRESSURE ON VARIOUS BACTERIA Vladimir Scholtz Vitezslav Kriha, CTU in Prague, Czech Republic; Jaroslav Julak, Charles University, Prague, Czech Republic; Vladimir Scholtz, CTU in Prague, Czech Republic;
2P58 SOIL TREATMENT USING OZONE AND NITRIC MONOXIDE PRODUCED BY PULSED DISCHARGE Tomoaki Ikegami Kazuhiko Nagira, Dojin Glocal Corp.; Toshinori Kai, Dojin Glocal Corp.; Tomoaki Ikegami, Kumamoto University; Kenji Ebihara, Kumamoto University; Kouichi Ogata, Kumamoto University;
2P59 DEVELOPMENT OF A PULSED POWER GENERATOR AND ITS EMTP SIMULATION Jaegu Choi Jaegu Choi, Kumamoto University;
2P60 TREATMENT OF VOLATILE ORGANIC COMPOUNDS USING SECONDARY EMISSION ELECTRON GUN Masato Watanabe Eiki Hotta, Tokyo Institute of Technology; Asuna Fukamachi, Tokyo Institute of Technology; Kwang-Cheol Ko, Hanyang University; Masato Watanabe, Tokyo Institute of Technology; Akitoshi Okino, Tokyo Institute of Technology;
2P61 PROPOSAL OF SIMULTANEOUS DECOMPOSITION OF DIESEL PARTICULATE MATERIAL AND NITRIC OXIDE USING DIELECTRIC BARRIER DISCHARGE YUKIHIKO YAMAGATA YUKIHIKO YAMAGATA, Interdisciplinary Graduate School of Engineering Sciences, Kyushu University;
2P62 OPTIMIZATION OF AN ATMOSPHERIC PRESSURE DIRECT-CONTACT DBD FOR THE TREATMENT OF AQUEOUS PHARMACEUTICAL SOLUTIONS Joelle Jureidini Joelle Jureidini, Department of Chemical Engineering, McGill University; Sylvain Coulombe, Department of Chemical Engineering, McGill University;
2P63 NANO-PARTICLE AND NANO-PHASE NETWORK STRUCTURE IN FECO THIN FILM USING PLASMA FOCUS Tao Zhang Tao Zhang, National Institute of Education;
2P64 PLASMA MELTING OF INCINERATION ASHES H. Paul Wang Shan-Hwei Ou, Department of Hydraulic and Oceanic Engineering, National Cheng Kung University; Juu-En Chang, Department of Environmental Engineering, National Cheng Kung University; Yeu-Juin Tuan, Department of Environmental Engineering, National Cheng Kung Universiry; H. Paul Wang, Department of Environmental Engineering, National Cheng Kung University;
2P65 IMPROVEMENT OF ENERGY EFFICIENCY BY DYNAMIC FLOW OF NO AND RADICALS IN AMMONIA RADICAL INJECTION USING AN INTERMITTENT DBD DENOX SYSTEM Ken Yukimura Hiroshi Moritomi, Gifu University; Shin-nosuke Totamoto, Gifu University; Shinji Kambara, Gifu University; Yuta Kumano, Gifu University; Ken Yukimura, Doshisha University;
2P66 STUDY OF SO2 REMOVAL USING NON-THERMAL PLASMA INDUCED BY CORONA DISCHARGE Limin Dong Limin Dong, Harbin University of Science and Technology;
2P67 ENGINE-EXHAUST ABATEMENT USING ATMOSPHERIC PRESSURE PLASMA Ashish Sharma Ashish Sharma, Colorado State University; George J Collins, Colorado State University; Azer Yalin Yalin, Colorado State University; Cameron Moore Moore, Colorado State University; Jason S Komorowski, Colorado State University;
2P68 PULSED ELECTRICAL DISCHARGE IN BUBBLED WATER FOR ENVIRONMENTAL APPLICATIONS Oksana Mozgina Oksana Mozgina, Stevens Inst. of Technology;
2P69 CHARACTERIZATION OF ELECTRICAL DISCHARGES IN SALINE Glen Rothgery Glen A Rothgery, Colorado State University; George J Collins, Colorado State University; Cameron A Moore, Colorado State University;
       
  2P70-79 Plasma, Ion and Electron Sources    
       
2P70 DENSITY AND LIFETIME EVALUATION OF WEAKLY IONIZED PLASMA FOR LASER-TRIGGERED LIGHTNING BY MEANS OF LASER ABSORPTION Michiteru Yamaura Michiteru Yamaura, Institute for laser technology;
2P71 INVESTIGATION OF PLASMA IRRADIATION SPECTRA AT THE DIAMOND LIKE CARBON FILMS DEPOSITION Zhozef Panosyan Zhozef Panosyan, Head of laboratory; Fu-Jann Pern, PhD; Kenell Touryan, PhD; Arsen Darbasyan, Senior Researcher; Areg Meliksetyan, Researcher; Serzhik Voskanyan, Researcher; Vachagan Meliksetyan, Senior Researcher; Arman Voskanyan, Researcher; Yeremia Yengibaryan, Researcher;
2P72 DEVELOPMENT, FABRICATION AND TESTING OF A 15 CM DIAMETER HELICON SOURCE Kristina Lemmer Kristina M Lemmer, University of Michigan Department of Aerospace Engineering;
2P73 A TG WAVE AS AN INSTABILITY SUPPRESSOR IN HELICON PLASMAS Sun-Ho Kim Sun-Ho Kim, Department of Nuclear Engineering, Seoul National University; Y.S. Hwang, Department of Nuclear Engineering, Seoul National University;
2P74 CHARACTERIZATION OF AN INVERTED GEOMETRY HELICON PLASMA SOURCE Benjamin Masters Benjamin C Masters, University of Illinois Urbana-Champaign; David N Ruzic, University of Illinois Urbana-Champaign;
2P75 SIDE EXTRACTION DUOPIGATRON-TYPE ION SOURCE FOR ION IMPLANTATION Vasily Gushenets Vasily I Gushenets, High Current Electronics Institute;
2P76 ELECTROMAGNETIC SIMULATIONS OF PHOTOCATHODE SOURCES USING GREEN'S FUNCTION METHODS Mark Hess Mark H Hess, Indiana University Cyclotron Facility;
2P77 HIGH EFFICIENCY FOR DIOXIN DEHALOGENAZATION USING AN ELECTRON SOURCE WITH A CARBON NANOTUBE Michiteru Yamaura Michiteru Yamaura, Institute for laser technology;
2P78 CHARACTERIZATION OF MATERIAL PERFORMANCE OF CARBON-BASED FIELD EMITTERS Ryan Miller Ryan Miller, University of Wisconsin; Vasilios Vlahos, University of WIsconsin;
2P79 SECONDARY ELECTRON EMISSION MEASUREMENTS FOR 3-20 µM ALUMINUM FOILS USING A 70 KEV, DC ELECTRON BEAM Mark Kemp Eric V. Steinfelds, University of Missouri-Columbia; Sudarshan K. Loyalka, University of Missouri-Columbia; Mark A. Kemp, University of Missouri-Columbia; Mark A. Prelas, University of Missouri-Columbia; Scott D. Kovaleski, University of Missouri-Columbia;

3P Poster Session Wednesday 7 June, 2.00pm-4.00pm

3P1-16 Space Plasmas

Order Title Presenter Authors
3P1 EXPERIMENTAL ANTENNA IMPEDANCE MEASUREMENTS IN A MAGNETIZED PLASMA David Blackwell David D Blackwell, US Naval Research Laboratory;
3P2 EXPERIMENTAL OBSERVATIONS OF CYCLOTRON INSTABILITIES RELEVANT TO THE AURORAL KILOMETRIC RADIATION EMISSION PROCESS Adrian Cross Irena Vorgul, School of Mathematics and Statistics, University of St Andrews; Adrian W Cross, Department of Physics, University of Strathclyde; Barry J Kellett, CCLRC, Rutherford Appleton Laboratory; R A Cairns, School of Mathematics and Statistics, University of St Andrews; Colin G Whyte, Department of Physics, University of Strathclyde; Craig W Robertson, Department of Physics, University of Strathclyde; Robert Bingham, CCLRC, Rutherford Appleton Laboratory; Alan DR Phelps, Department of Physics, University of Strathclyde; Kevin Ronald, Department of Physics, University of Strathclyde; Sandra L McConville, Department of Physics, University of Strathclyde; David C Speirs, Department of Physics, University of Strathclyde;
3P3 THE EVOLUTION OF THE SHEATH OF THE DENSE PLASMA FOCUS AS APPLIED TO INTENSE AURORAL OBSERVATIONS Maria Milanese Maria M. Milanese, Instituto de Física Arroyo Seco-Univ. del Centro Bs. As.-CONICET; Roberto L. Moroso, Instituto de Física Arroyo Seco-Univ. del Centro Bs. As.-CONICET;
3P4 AN INTENSE Z-PINCH AURORA HORN MAPPED BY SURVEYS OF RECORDINGS FROM ANTIQUITY Anthony Peratt Anthony L Peratt, Los Alamos National Laboratory; Mathias G Peratt, Raytheon Corporation, Space and Airborne Systems;
3P5 AN INTENSE AURORAL Z-PINCH RECORDED IN ANTIQUITY ON SOUTHWESTERN ARTIFACTS Alfred Qoyawayma Anthony L Peratt, Los Alamos National Laboratory; Alfred H Qoyawayma, Qoyawayma Ceramics and Epigraphics;
3P6 INTENSE PREHISTORIC AURORAL Z-PINCH RECORDINGS: SURVEYS OF COLUMBIA RIVER GORGE AND SOUTH AUSTRALIAN PETROGLYPHS Anthony Peratt Carol Pedersen, Oregon Branch, Columbia River Gorge Survey Project; John McGovern, Institute for Epigraphic and Aboriginal Recordings; Anthony L Peratt, Los Alamos National Laboratory;
3P7 INTENSE PREHISTORIC AURORAL Z-PINCH RECORDINGS: SURVEYS OF SOUTH KOREAN AND THAILAND PETROGLYPHS Anthony Peratt Anthony L Peratt, Los Alamos National Laboratory; M. A Van der Sluijs, Mythopedia;
3P8 ANOMALIES IN SPACE WEATHER AS RELATED TO SEVERE PLASMA PHENOMENA Zane Dahlen Zane Dahlen, Versamat Phoenix;
3P9 INTERACTION OF LIGHT BEAMS PROPAGATING IN 2S, 2P ATOMIC HYDROGEN; II GENERATION OF PERIODICITIES. Jacques Moret-Bailly Jacques M Moret-Bailly, Université de Bourgogne, Dijon France.;
3P10 INTERACTION OF LIGHT BEAMS PROPAGATING IN 2S, 2P ATOMIC HYDROGEN; III APPLICATIONS IN ASTROPHYSICS Jacques Moret-Bailly Jacques Moret-Bailly, Université de Bourgogne, Dijon France.;
3P11 ON DIAGNOSTICS OF SPACE PLASMA WITH TUBULAR DIPOLE ANTENNA Arek Kiraga Arek Kiraga, Space Research Center;
3P12 UNFOLDING SPECTRAL PATTERNS INDUCED BY ARTIFICIAL WEAKLY RELATIVISTIC BEAM IN THE IONOSPHERE Arek Kiraga Arek Kiraga, Space Research Center;
3P13 FROM MACROSCOPIC SIGNS OF NANODUST IN SPACE TO PROBABLE SIGNIFICANCE OF ELECTRODYNAMICS AT COSMOLOGICAL LENGTH SCALES Alexander Kukushkin Alexander B. Kukushkin, RRC "Kurchatov Institute";
3P14 LARGE-SCALE SELF-SIMILAR SKELETAL STRUCTURES OF THE UNIVERSE Valentin Rantsev-Kartinov Valentin A Rantsev-Kartinov, NFI RRC "Kurchatov Institute";
3P15 OBSERVATION OF THE SUN SELF-SIMILARITY SKELETAL STRUCTURES Valentin Rantsev-Kartinov Valentin A Rantsev-Kartinov, NFI RRC "Kurchatov Institute";
3P16 STRUCTURES IN THE UNIVERSE AND ORIGIN OF GALAXIES Valentin Rantsev-Kartinov Valentin A Rantsev-Kartinov, NFI RRC \;
       
  3P17-33 Z-pinches and Radiation Sources    
       
3P17 DYNAMICS AND RADIATION PERFORMANCE OF THE IMPLODING WIRE ARRAYS AT 1 MA ZEBRA GENERATOR Andrey Esaulov Alla Safronova, University of Nevada, Reno; Victor Kantsyrev, University of Nevada, Reno; Andrey Esaulov, University of Nevada, Reno;
3P18 PLASMA DYNAMICS IN AN INVERSE WIRE-ARRAY Z-PINCH Sergey Lebedev Sergey Lebedev, Imperial College London;
3P19 WIRE ARRAY Z-PINCH DYNAMICS WITH AXIAL MAGNETIC FIELDS Simon Bland Simon N Bland, Imperial College London;
3P20 CONICAL WIRE ARRAY EXPERIMENTS ON THE ZEBRA GENERATOR David Ampleford Jeremy P Chittenden, Imperial College, London; Christopher Deeney, Sandia National Laboratories; David J Ampleford, Sandia National Laboratories; Vladimir V Ivanov, University of Nevada, Reno; Victor L Kantsyrev, University of Nevada, Reno; P. David LePell, Ktech Corporation; Christopher A Jennings, Sandia National Laboratories; Alla S Safronova, University of Nevada, Reno; Brent Jones, Sandia National Laboratories; Ken Williamson, University of Nevada, Reno; Christine A Coverdale, Sandia National Laboratories; Glen Osborne, University of Nevada, Reno; Paul J Laca, University of Nevada, Reno; Dimitry Fedin, University of Nevada, Reno; Nicholas Ouart, University of Nevada, Reno; Vidir Nalajala, University of Nevada, Reno;
3P21 MEASUREMENT OF WIRE ARRAY Z-PINCH TEMPERATURE, DENSITY, AND PARTICLE TRANSPORT WITH SPECTROSCOPIC TRACERS* Brent Jones Ishor Shrestha, University of Nevada, Reno; Christopher Deeney, Sandia National Laboratories; Brent M Jones, Sandia National Laboratories; Glenn Osborne, University of Nevada, Reno; Shivaji Pokala, University of Nevada, Reno; Vidya Nalajala, University of Nevada, Reno; Fatih Yilmaz, University of Nevada, Reno; Nicholas Ouart, University of Nevada, Reno; Dmitry Fedin, University of Nevada, Reno; Vladimir V Ivanov, University of Nevada, Reno; Vladimir I Sotnikov, University of Nevada, Reno; David J Ampleford, Sandia National Laboratories; Christine A Coverdale, Sandia National Laboratories; David E Bliss, Sandia National Laboratories; P. David LePell, Ktech Corporation; Alla S Safronova, University of Nevada, Reno; Victor L Kantsyrev, University of Nevada, Reno;
3P22 MODELING OF X-RAY SPECTRA FROM STAINLESS STEEL X-PINCHES AND WIRE ARRAYS PRODUCED ON THE 1 MA PULSED POWER GENERATOR AT UNR Nicholas Ouart Christine Coverdale, Sandia National Laboratories; Mattew Gruner, Physics Department, University of Nevada; Dmitry Fedin, Physics Department, University of Nevada; Fatih Yilmaz, Physics Department, University of Nevada; Ishor Shrestha, Physics Department, University of Nevada; Glenn Osborne, Physics Department, University of Nevada; Kenneth Williamson, Physics Department, University of Nevada; Victor Kantsyrev, Physics Department, University of Nevada; Alla Safronova, Physics Department, University of Nevada; Christopher Deeney, Sandia National Laboratories; Thomas Cowan, Physics Department, University of Nevada; P. David LePell, KTech Corp.; Nicholas D Ouart, Physics Dept. University of Nevada, Reno;
3P23 ANALYSIS OF RECENT ALUMINUM WIRE ARRAY EXPERIMENTS ON Z WITH K-SHELL YIELDS OF ~350 KJ John Apruzese John P Apruzese, Naval Research Laboratory;
3P24 A TIME-RESOLVED MEASUREMENT OF WIRE Z-PINCH K-SHELL DIAMETER Philip Coleman Philip L Coleman, Alameda Applied Sciences Corp.;
3P25 POSITIVE POLARITY X-PINCH OPERATION Isaac Blesener Peter Duselis, Cornell University; Sergey Pikuz, Cornell University; Marc Mitchell, Cornell University; Isaac Blesener, Cornell University; Bruce Kusse, Cornell University; Tania Shelkovenko, Cornell University;
3P26 AZIMUTHAL CLUMPING INSTABILITIES IN A Z-PINCH WIRE ARRAY Yue Ying Lau Jacob Zier, University of Michigan; Matthew Gomez, University of Michigan; Christopher Garasi, Sandia National Laboratories; Edmund Yu, Sandia National Laboratories; M. Cuneo, Sandia National Laboratories; T. A. Mehlhorn, Sandia National Laboratories; Yue Ying Lau, University of Michigan; R. M. Gilgenbach, University of Michigan; Trevor Strickler, University of Michigan; Wilkin Tang, University of Michigan;
3P27 NONLINEAR DYNAMICS OF ELECTROMAGNETIC FLUTE MODE INSTABILITY IN Z-PINCH PLASMA Vladimir Sotnikov Vladimir I Sotnikov, University of Nevada at Reno;
3P28 ANALYSIS OF EUV RADIATON FROM PLASMAS WITH LOW-Z ELEMENTS AND APPLICATION TO PULSED POWER EXPERIMENTS Penka Wilcox Shivaji Pokala, UNR; Fatih Yilmaz, UNR; Kenneth Struve, Sandia National Laboratories, Albuquerque, NM 87185; John McGurn, Sandia National Laboratories, Albuquerque, NM 87185; Penka Wilcox, UNR; Kenneth Williamson, UNR; Victor Kantsyrev, UNR; Alla Safronova, UNR;
3P29 CHARACTERISTICS OF GAS JET Z-PINCH PLASMA LIGHT SOURCE FOR EXTREME ULTRAVIOLET LITHOGRAPHY Masato Watanabe Eiki Hotta, Tokyo Institute of Technology; Inho Song, Tokyo Institute of Technology; Toshiro Sakamoto, Tokyo Institute of Technology; Yasunori Kobayashi, Tokyo Institute of Technology; Naoya Iizuka, Tokyo Institute of Technology; Nozomu Kishi, Tokyo Institute of Technology; Akitoshi Okino, Tokyo Institute of Technology; Smruti R. Mohanty, Tokyo Institute of Technology; Masato Watanabe, Tokyo Institute of Technology;
3P30 SOFT X-RAY RADIATION FROM NITROGEN FILLED Z-PINCH PLASMA PRODUCED BY CAPILLARY DISCHARGE Yusuke Sakai Akitoshi Okino, Tokyo Institute of Technology; Masato Watanabe, Tokyo Institute of Technology; Yifan Xiao, Tokyo Institute of Technology; Yusuke Sakai, Tokyo Institute of Technology; Inho Song, Tokyo Institute of Technology; Takanori Komatsu, Tokyo Institute of Technology; Eiki Hotta, Tokyo Institute of Technology;
3P31 TWO-PULSE, THREE-BEAM HOLGRAPHIC INTERFEROMENTRY ON AN 8-CM DIAMETER, SHELL-ON-SHELL, NEON GAS-PUFF Z-PINCH Robert Commisso Stephen J Stephanakis, Naval Research Laboratory; David Mosher, Naval Research Laboratory; David G Phipps, Naval Research Laboratory; David D Hinshelwood, Naval Research Laboratory; John J Moschella, HY-Tech Research, Inc.; Robert C Hazelton, HY-Tech Research, Inc.; Robert J Commisso, Naval Research Laboratory; Donald P Murphy, Naval Research Laboratory; Bruce V Weber, Naval Research Laboratory; Eric P Carlson, HY-Tech Research, Inc.;
3P32 DRIVE PARAMETER AS A DESIGN CONSIDERATION FOR MATHER AND FILIPPOV TYPES OF PLASMA FOCUS Tao Zhang Tao Zhang, National Institute of Education;
3P33 HOLOGRAPHIC INTERFEROMETRY MEASUREMENTS ON A 12-CM DIAMETER DOUBLE-SHELL ARGON GAS-PUFF Z-PINCH John Moschella Phillip L Coleman, Alameda Applied Sciences Corp.; Edward J Yadlowsky, HY-Tech Research Corp; Robert C Hazelton, HY-Tech Research Corp.; A Verma, Defense Threat Reduction Agency; John J Moschella, HY-Tech Research Corp.; Eric P Carlson, HY-Tech Research Corp; John R Thompson, Alameda Applied Sciences Corp.;
       
  3P34-37 CVD Diamond    
       
3P34 SYNTHESIS OF ULTRACRYSTALLINE DIAMOND FILMS BY MICROWAVE PLASMA ASSISTED CHEMICAL VAPOR DEPOSITION SYSTEM Dzung Tran Dzung T Tran, Prof. T.A. Grotjohn, Prof. J. Amussen;
3P35 DEPOSITION UNIFORMITY OF ULTRA NANO CRYSTALLINE DIAMOND ON 6 Ronny Ziervogel M.Kagan Yaran, Fraunhofer USA Center for Coatings and Laser Applications; Ronny Ziervogel, Fraunhofer USA Center for Coatings and Laser Applications; Richard Garard, Lambda Technolgies Inc., Morrisville, NC 27560 USA; Jes Asmussen, Fraunhofer USA Center for Coatings and Laser Applications; Thomas Schuelke, Fraunhofer USA Center for Coatings and Laser Applications; Michael F Becker, Fraunhofer USA Center for Coatings and Laser Applications;
3P36 DEPOSITION AND POST-PROCESSING OF POLYCRYSTALLINE DIAMOND FOR FREESTANDING FILMS AND SUBSTRATES Timothy Grotjohn Timothy Grotjohn, Michigan State University; Stanley Zuo, Michigan State University;
3P37 PHASE CONTROL OF N-TYPE NANOCRYSTALLINE DIAMOND FILMS DEPOSITED IN MICROWAVE PLASMAS FROM METHANE AND ACETYLENE KUNGEN TEII KUNGEN TEII, KYUSHU UNIVERSITY;
       
  3P38-44 Intense Beam Microwave Generation    
       
3P38 PROGRESS OF THE CESTA RKA EXPERIMENT Jacques GARDELLE Jacques BARDY, CEA/CESTA; Jacques GARDELLE, CEA/CESTA; Patrick MODIN, CEA/CESTA; John T DONOHUE, CENBG;
3P39 EIGENMODES OF A CIRCULAR WAVEGUIDE WITH A DIELECTRIC ROD AND MAGNETIZED PLASMA AND PLASMA INFLUENCE ON CHERENKOV INTERACTION IN AN ANTENNA-AMPLIFIER Anatoli Shlapakovski Anatoli S Shlapakovski, Nuclear Physics Institute;
3P40 STATUS OF THE DEVELOPMENT OF X-BAND ANTENNA-AMPLIFIER: DESIGN, SIMULATIONS, AND PROTOTYPE EXPERIMENTS Anatoli Shlapakovski V. M. Matvienko, Nuclear Physics Institute; S. N. Artemenko, Nuclear Physics Institute; Edl Schamiloglu, University of New Mexico; Anatoli Shlapakovski, Nuclear Physics Institute; Weihua Jiang, Nagaoka University of Technology; I. I. Vintizenko, Nuclear Physics Institute;
3P41 EFFICIENCY ENHANCEMENT IN A6 MAGNETRON WITH TRANSPARENT CATHODE Sarita Prasad Edl Schamiloglu, University of New Mexico; Sarita D Prasad, University of New Mexico;
3P42 MAGNETIC PRIMING EXPERIMENTS ON A LONG PULSE, RELATIVISTIC MAGNETRON Brad Hoff Brad W Hoff, University of Michigan; Edward J Cruz, University of Michigan; T A Spencer, Air Force Research Laboratory; Ronald M Gilgenbach, University of Michigan; William M White, University of Michigan; Nicholas M Jordan, University of Michigan; Yue Y Lau, University of Michigan; Michael C Jones, University of Michigan; Vasile B Neculaes, University of Michigan; D Price, L-3 Communications-Titan Div.;
3P43 VIRCANATOR: A REVERSE-MAGNETRON TYPE VARIATION OF VIRCATOR Shen Shou Chung Shen Shou Max Chung, Department of Electronics Engineering, Southern Taiwan University of Technology, Tainan, Taiwan;
3P44 EFFICIENCY ENHANCEMENT IN A6 MAGNETRON WITH TRANSPARENT CATHODE Sarita Prasad Sarita D Prasad, University of New Mexico;
       
  3P45-48 Fast-Wave Devices    
       
3P45 STUDY OF GYROTRON BACKWARD-WAVE OSCILLATOR WITH EXTERNAL REFLECTIONS S. H. Chen K. R. Chu, Department of Physics, National Tsing Hua University; Y. M. Tsai, Department of Physics, National Changhua University of Education; T. H. Chang, Department of Physics, National Tsing Hua University; C. C. Chiou, Department of Physics, National Tsing Hua University; K. F. Pao, National Center for Threoretical Sciences; S. H. Chen, Department of Physics, National Changhua University of Education;
3P46 CONSTRUCTION OF AN EXPERIMENTAL SECOND-HARMONIC CUSP GUN GYRO-TWT AMPLIFIER Stephen Harriet David B McDermott, UC Davis; Neville C. Luhmann Jr., UC Davis; Stephen B Harriet, UC Davis / NSWC Crane;
3P47 UC DAVIS EXPERIMENTAL SECOND-HARMONIC CUSP GUN DRIVEN PENIOTRON Lawrence Dressman Lawrence J Dressman, NSWC Crane/UC Davis; Neville C Luhmann, UC Davis;
3P48 DYNAMICAL BEHAVIORS OF INJECTION-LOCKED GYROTRON BACKWARD-WAVE OSCILLATORS S. H. Chen S. H. Chen, Department of Physics, National Changhua University of Education; K. F. Pao, National Center for Threoretical Sciences; K. R. Chu, Department of Physics, National Tsing Hua University;
       
  3P49-52 Slow-Wave Devices    
       
3P49 SIMULATION OF SMITH-PURCELL TERAHERTZ RADIATION: THE DARTMOUTH AND MIT EXPERIMENTS Jacques Gardelle Jacques Gardelle, CEA/CESTA; John T Donohue, CENBG;
3P50 DESIGN OF A KA-BAND HELIX TRAVELING WAVE TUBES FOR LMDS Young-Ho Na Young-Ho Na, Institute for Advanced Engineering; Jung Uk Shin, Institute for Advanced Engineering;
3P51 EFFECTS OF RANDOM GEOMETRIC PERTURBATIONS ON SLOW WAVE DEVICES P Pengvanich R M Gilgenbach, University of Michigan, Ann Arbor, MI; J W Luginsland, NumerEx, Ithaca, NY; D Chernin, )Science Applications International Corporation, McLean, VA; Y Y Lau, University of Michigan, Ann Arbor, MI; P Pengvanich, University of Michigan, Ann Arbor, MI;
3P52 MODELING OF MAGNETRON INJECTION LOCKING CHARACTERISTICS P Pengvanich R M Gilgenbach, University of Michigan; V B Neculaes, University of Michigan; W M White, University of Michigan; R D Kowalczyk, University of Michigan; Y Y Lau, University of Michigan; M C Jones, University of Michigan; P Pengvanich, University of Michigan;
       
  3P53-57 Vacuum Microelectronics    
       
3P53 MINIATURE W-BAND DIELECTRIC TRAVELING-WAVE TUBE DEVELOPMENT Jose Velazco Jose E Velazco, Microwave Technologies Inc.;
3P54 DESIGN AND EXPERIMENT INPUT AND OUTPUT COUPLER FOR KA-BAND HELIX TWT Junguk Shin Junguk Shin, no;
3P55 EXPERIMENTAL RESULTS OF A COMPACT COLD-CATHODE ELECTRON BUNCHER Jose Velazco Jose E Velazco, Microwave Technologies Inc.;
3P56 EFFICIENT NANOTUBE-DRIVEN AMPLIFIER Jose Velazco Jose E Velazco, Microwave Technologies Inc.;
3P57 HIGH CURRENT DENSITY ADVANCED COLD CATHODE FACILITY Xin He Vasilios Valhos, UW, Madison; Nick Jordan, UM, Ann Arbor; Ron Gilgenbach, UM, Ann Arbor; John Scharer, UW, Madison; John Booske, UW, Madison; Xin He, UW, Madison;
       
  3P58-60 Codes and Modelling    
       
3P58 THE FIELD MARSHAL ELECTROMAGNETIC SIMULATION ENVIRONMENT Robert Jackson Robert H Jackson, Calabazas Creek Research, Inc.;
3P59 DEPENDENCE OF THE PEAK CURRENT ON THE HOLLOW CATHODE DIMENSIONS AND SECONDARY ELECTRON PRODUCTION IN A PSEUDOSPARK DISCHARGE Selma Cetiner Peter Stoltz, Tech-X Corporation; Peter Messmer, Tech-X Corporation; Selma O Cetiner, Tech-X Corporation; Paul Schoessow, Tech-X Corporation;
3P60 EVOLUTION OF MODES IN MAGNETICALLY INSULATED CROSSED-FIELD DIODES Keith Cartwright Keith L Cartwright, Air Force Research Laboratory;
       
  3P61-65 Microwave Systems    
       
3P61 STUDY OF MULTIPACTOR IN X-BAND DIELECTRIC-LOADED ACCELERATING STRUCTURES Steven Gold Allen K. Kinkead, LET Corp.; Wei Gai, Argonne National Laboratory; John G. Power, Argonne National Laboratory; Richard Konecny, Argonne National Laboratory; Chunguang Jing, Euclid Techlabs, LLC; Steven H Gold, Naval Research Laboratory;
3P62 AN ULTRA-WIDE BAND COAXIAL TO RECTANGULAR WAVEGUIDE CONVERTER FOR HIGH POWER MICROWAVE APPLICATION Marie MATHIAN Marie MATHIAN, Laboratoire des Signaux et Systèmes, Departement de Recherche en Electromagnetisme, Supelec;
3P63 ELECTRON MULTIPACTOR DISCHARGE ON A DIELECTRIC IN A FINITE GEOMETRY Nathaniel Lockwood Nathaniel P Lockwood, Air Force Research Laboratory;
3P64 DEMONSTRATION EXPERIMENTS FOR ACTIVE THERMAL IMAGING USING A MILLIMETER-WAVE SOURCE (ATIMS) Melissa Hornstein Melissa K Hornstein, Naval Research Laboratory; Richard F Hubbard, Naval Research Laboratory; Tim D Andreadis, Naval Research Laboratory; David Lewis III, Naval Research Laboratory; Steven H Gold, Naval Research Laboratory; Geoffrey Smith, Naval Research Laboratory; Marcie Lombardi, Naval Research Laboratory; Arne W Fliflet, Naval Research Laboratory;
3P65 CHARACTERIZATION OF MATERIALS WITH LOW SECONDARY ELECTRON YIELD FOR USE IN HIGH-POWER MICROWAVE DEVICES Prashanth Kumar Mark A Gilmore, University of New Mexico; Tengiz Svimonishvili, University of New Mexico; Lester Bowers, University of New Mexico; John A Gaudet, University of New Mexico; Edl Schamiloglu, University of New Mexico; Prashanth Kumar, University of New Mexico; Christopher A Watts, University of New Mexico;
     
  3P66-70 Microwave Plasma Interaction    
       
3P66 NITROGEN DISSOCIATION DEGREE IN A HELICON PLASMA SOURCE INFERRED FROM MICROWAVE INTERFEROMETRY AND LANGMUIR PROBE CROSS MEASUREMENTS Michael Spencer Michael J Spencer, West Virginia University, Physics Department;
3P67 HOW N2 FLOW RATE CHANGES ETCHING SELCUK HELHEL SELCUK HELHEL, AKDENIZ UNIVERSITY;
3P68 PLASMA PARTICLE ROTATION BY MICROWAVE FIELDS G. B. Kirby Meacham G. B. Kirby Meacham, Meacham Company;
3P69 POWER DEPOSITED ONTO A DIELECTRIC SURFACE BY MULTPACTOR IN TWO REGIMES Christopher Fichtl Nathan Lockwood, Air Force Research Laboratory; Keith Cartwright, Air Force Research Laboratory; Christopher Fichtl, Air Force Research Laboratory; Nick Vaccaro, Air Force Research Laboratory;
3P70 DISSIPATION OF MICROWAVES PROPAGATING THROUGH ATMOSPHERIC PRESSURE GLOW DISCHARGE PLASMA ANAND SRIVASTAVA ANAND KUMAR SRIVASTAVA, INSTITUTE FOR PLASMA RESEARCH, INDIA; K. S. GANESH PRASAD, INSTITUTE FOR PLASMA RESEARCH, INDIA; P. K. ATREY, INSTITUTE FOR PLASMA RESEARCH, INDIA; VINAY KUMAR, INSTITUTE FOR PLASMA RESEARCH, INDIA;
       
  3P71-78 Computational Plasma Physics    
       
3P71 A COMPARISON BETWEEN THE DISCONTINUOUS GALERKIN METHOD AND THE HIGH RESOLUTION WAVE PROPAGATION METHOD FOR THE FULL TWO-FLUID PLASMA SYSTEM Bhuvana Srinivasan Ammar Hakim, Aerospace & Energetics Research Program, University of Washington; Bhuvana Srinivasan, Aerospace & Energetics Research Program, University of Washington; John Loverich, Aerospace & Energetics Research Program, University of Washington; Uri Shumlak, Aerospace & Energetics Research Program, University of Washington;
3P72 3-DIMENSIONAL SIMULATIONS OF BREAKDOWN USING THE VORPAL SOFTWARE TOOL David Smithe David N Smithe, Tech-X Corporation;
3P73 ENHANCEMENT OF HRP BINDING ON PLASMA-TREATED ULTRA-HIGH MOLECULAR WEIGHT POLYETHYLENE Paul Chu Paul K Chu, City University of Hong Kong;
3P74 BIOACTIVITY AND CORROSION BEHAVIOR OF MAGNESIUM ALLOYS TREATED BY PLASMA ELECTROLYTIC OXIDATION Paul Chu Liru Shen, Southwestern Institute of Physics; Fanya Jin, City University of Hong Kong; Xiangmei Liu, City University of Hong Kong; Guidong Xu, Southwestern Institute of Physics; Honghui Tong, Southwestern Institute of Physics; Paul K Chu, City University of Hong Kong;
3P75 A SELF-CONSISTENT COMPUTATIONAL MODEL FOR A THERMIONIC ENERGY CONVERTOR John Verboncoeur John Verboncoeur, University of California-Berkeley; Austin Minnich, University of California-Berkeley;
3P76 OXIDANT EFFECTS ON THE PROMOTION OF NO REMOVAL BY NON-THERMAL PLASMA LiMin Dong LiMin Dong, Harbin University of Science and Technology;
3P77 PARTICLE-IN-CELL PLASMA OSCILLATIONS WITH 4 TO 256 CELLS Charles Birdsall Charles K Birdsall, EECS Dept., University of California, Berkeley; Jonathan Noland, NE Dept., University of California, Berkeley;
3P78 THREE DIMENSIONAL PIC SIMULATIONS OF THE TRANSPARENT AND EGGBEATER CATHODES IN THE MICHIGAN RELATIVISTIC Peter Mardahl Lester Bowers, Air Force Research Laboratory; Peter Mardahl, Air Force Research Laboratory; Timothy Fleming, Air Force Research Laboratory; Edl Schamiloglu, University of New Mexico; Herman Bosman, University of New Mexico; Mikhail Fuks, University of New Mexico; Sarita Prasand, University of New Mexico;
       
  3P79-87 Dusty Plasmas    
       
3P79 A HYBRID MODEL FOR COATING AND CHARGING OF SUBMICRON PARTICLES SUBMERGED IN A CH4-H2 PLASMA Beniamino Rovagnati Giovanni Lapenta, Los Alamos National Lab; Beniamino Rovagnati, University of Illinois at Chicago; Farzad Mashayek, University of Illinois at Chicago;
3P80 BENCHMARKING THE DEMOCRITUS CODE Christopher Fichtl Gian Luca Delzanno, T-15 Plasma Theory Group, LANL; Nimalan Arinaminpathy, OCIAM, Oxford, UK; Giovanni Lapenta, T-15 Plasma Theory Group, LANL; Christopher A Fichtl, T-15 Plasma Theory Group, LANL;
3P81 OSCILLATORY WAKE POTENTIAL DUE TO A MOVING TEST CHARGE IN MULTI-COMPONENT DUSTY PLASMA Muhammad Shafiq Muhammad Shafiq, Alfvén Laboratory;
3P82 MOLECULAR DYNAMICS SIMULATIONS OF CRYSTALLIZATION PROCESSES IN COMPLEX PLASMAS Boris Klumov Boris Klumov, Max-Planck-Institut fur Extraterrestrische Physik ;
3P83 THE CHARGING OF DUST PARTICLES IN THE PRESENCE OF A MAGNETIC FIELD Christopher Fichtl Giovanni Lapenta, T-15 Plasma Theory Group, LANL; Gian Luca Delzanno, T-15 Plasma Theory Group, LANL; Christopher Fichtl, T-15 Plasma Theory Group, LANL; Marlene Rosenberg, University of California, San Diego;
3P84 DEMOCRITUS: A SIMULATION TOOL FOR PLASMA-MATERIAL INTERACTION Giovanni Lapenta Giovanni Lapenta, LANL;
3P85 EXPERIMENTAL STUDY OF DEBYE CLUSTERS USING BROWNIAN MOTION Terry Sheridan Terry Sheridan, Ohio Northern University;
3P86 GENERATION OF X-RAY IMAGES USING A CNT-BASED CATHODE AS AN FIELD EMIS SION ELECTRON SOURCE H. Y. Choi H. S. Kim, Korea Electrotechnology Research Institute(KERI); J. U. Kim, Korea Electrotechnology Research Institute(KERI); H. Y. Choi, Korea Electrotechnology Research Institute(KERI); Y. H. Park, Korea Electrotechnology Research Institute(KERI); W. S. Chang, Korea Electrotechnology Research Institute(KERI);
3P87 MESOSCALE SIMULATION OF NANOPARTICLE COMBUSTION SYNTHESIS Gianluca Zuccaro Giovanni Maizza, DISMIC, Politecnico di Torino, C.so Duca degli Abruzzi, 24 , 10129 Torino, Italy; Gianluca Zuccaro, Los Alamos National Laboratory; Giovanni Lapenta, Los Alamos National Laboratory;

 

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