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| IEEE-IAS 静电委员会2001年论文目录Dr. Yatsuzuka kyoko@eie.yz.yamagata-u.ac.jp Electrostatic Chuck with a Thin Ceramic Insulation Layer for Wafer Holding K. Yatsuzuka, J. Toukairin, and K. Asano, Yamagata University, JAPAN EPC-01-1-2 EPC-1 2 Professor Adamiak kadamiak@eng.uwo.ca Rate of Charging of a Spherical Particle by the Ionic Bombardment K. Adamiak, The University of Western Ontario, CANADA EPC-01-1-3 EPC-1 3 Professor Dascalescu ldascalescu@iutang.univ-poitiers.fr Charging of One or Several Cylindrical Particles in Monoionized Electric Fields L. Dascalescu, F. Aman, University Institute of Technology, FRANCE; L. Dumitran, CNRS, FRANCE; A. Samuila, University Institute of Technology, FRANCE EPC-01-1-4 EPC-1 4 Dr. Jaworek jaworek@imp.gda.pl Aerosol Particle Charging in Ionic Current and Alternating Electric Field M. Lackowski, A. Krupa, Polish Academy of Sciences, POLAND; K. Adamiak, G.S.P. Castle, University of Western Ontario, CANADA; A. Jaworek, Polish Academy of Sciences, POLAND EPC-01-1-5 EPC-1 5 Dr. Ramesh pramesh@crt.xerox.com Space Charge Limited Discharge from Microscopic Electrical Defects in Xerographic Photoreceptors P. Ramesh, S. Maitra, and S. Jeyadev, Xerox Corporation, U.S.A. EPC-01-1-6 EPC-1 6 Professor Murata Murata@ee.noda.sut.ac.jp Generation of Charged Sub-micron Solid Particles and their Application for Visualization of Microscopic Charge Distribution Y. Murata and S. Tsukamoto, Science University of Tokyo, JAPAN EPC-01-1-7 EPC-1 7 Dr. Honda maxhonda@angel.ne.jp Unipolar Charge Induction on Moving Parts in Static Field M. Honda, Impulse Physics Laboratory, JAPAN EPC-01-2-1 EPC-2 1 Dr. Kuroki kuroki@energy.osakafu-u.ac.jp Single-Stage Plasma-Chemical Process for Particulates, NOx and SOx Simultaneous Removal T. Kuroki, M. Takahashi, K. Hayakawa, M. Okubo and T. Yamamoto, Osaka Prefecture University, JAPAN EPC-01-2-2 EPC-2 2 Dr. Futamura futamura@nire.go.jp Hydrogen Generation from Water, Methane, and Methanol with Nonthermal Plasma H. Kabashima, H. Einaga, and S. Futamura, National Institute for Resources and Environment, JAPAN EPC-01-2-3 EPC-2 3 Dr. Ogata ogata@nire.go.jp Decomposition of Benzene in Air by Plasma Reactor - Effect of Reactor Type and Operating Conditions A. Ogata, K. Miyamae, K. Mizuno, S. Kushiyama, National Institute for Resources and Environment, JAPAN; M. Tezuka, Saitama Institute of Technology, JAPAN EPC-01-2-4 EPC-2 4 Dr. Katsura katsura@eco.tut.ac.jp Removal of SOx Using a Wet Type Non-thermal Plasma Reactor Y. Kinoshita, K. Saitoh, K. Takashima, S. Katsura, and A. Mizuno, Toyohashi University of Technology, JAPAN EPC-01-2-5 EPC-2 5 Dr. Okubo mokubo@energy.osakafu-u.ac.jp Adsorption and Nonthermal Plasma Desorption Processes for Increasing NOx Concentration in Flue Exhaust Gas M. Okubo, H. Kametaka, G. Tanioka, T. Kuroki and T. Yamamoto, Osaka Prefecture University, JAPAN EPC-01-2-6 EPC-2 6 Professor Oda oda@streamer.t.u-tokyo.ac.jp Decomposition of Dilute Trichloroethyle by Non-Thermal Plasma Processing -Catalyst and Ozone Effect T. Oda, K. Yamaji and T. Takahashi, University of Tokyo, JAPAN EPC-01-2-7 EPC-2 7 Dr. Bai hjs@dlmu.edu.cn Studies on the Ammonium Salts Collection of SO2 Removal with Dielectric Barriar Discharge Z. Zhang, Northeastern University, U.S.A.; M. Bai, X. Bai, B. Yang, X. Zhuo, Dalian Maritime University; CHINA EPC-01-3-1 EPC-3 1 Dr. Kanazawa skana@cc.oita-u.ac.jp Decomposition of Toluene by Using a Streamer Discharge Reactor Combined with Catalysts D. Li, S. Kanazawa, T. Ohkubo, Y. Nomoto, Oita University, JAPAN EPC-01-3-2 EPC-3 2 Dr. Kanazawa skana@cc.oita-u.ac.jp Two-Dimensional Imaging of NO Density During NOx Removal by LIF Technique in a Corona Radical Shower Reactor S. Kanazawa, T. Ito, Y. Shuto, T. Ohkubo, Y. Nomoto, Oita University, JAPAN; J. Mizeraczyk, Polish Academy of Sciences, POLAND EPC-01-3-3 EPC-3 3 Dr. Goto naogoto@criepi.denken.or.jp NO Conversion in Barrier Discharge with Cu-ZSM-5 N. Goto, S. Kudou, S. Ohyama, H. Motoyama, Central Research Institute of Electric Power Industry, JAPAN EPC-01-3-4 EPC-3 4 Professor Yamamoto yamamoto@energy.oskafu-u.ac.jp NOx Removal from Diesel Engine Emission Using Pulsed Corona-Chemical Process T. Yamamoto, M. Okubo, T. Kuroki and K. Kitaura, Osaka Prefecture University, JAPAN EPC-01-3-5 EPC-3 5 Professor Prieto gprieto@herrera.unt.edu.ar A Plate-to-Plate Plasma Reactor as a Fuel Processor for Hydrogen-Rich Gas Production G. Prieto, M. Okumoto, K. Takashima and A. Mizuno, Toyohashi University of Technology, JAPAN; O. Prieto and C.R. Gay, National University of Tucuman, ARGENTINA EPC-01-3-6 EPC-3 6 Dr. Bai hjs@dlmu.edu.cn Studies of Ammonia Synthesis in a Strong Ionization Discharge at Ambient Pressure M. Bai, X. Bai, Dalian Maritime University, CHINA; Z. Zhang, Northeastern University, U.S.A.; H. Han, Y. Wang, Dalian Maritime University, CHINA EPC-01-4-1 EPC-4 1 Professor Seyed-Yagoobi jyagoobi@mengr.tamu.edu Electrohydrodynamic Conduction Pumping - Optimum Electrode Design S. Jeong and J. Seyed-Yagoobi, Texas A&M University, U.S.A. EPC-01-4-2 EPC-4 2 Professor Higashiyama higashi@eie.yz.yamagata-u.ac.jp Resonance Phenomena of a Single Water Droplet Located on a Hydrophobic Sheet Under AC Electric Field Y. Higashiyama, T. Yamada, T. Sugimoto, M. Takeishi, and T. Aoki, Yamagata University, JAPAN EPC-01-4-3 EPC-4 3 Dr. Moreau eric.moreau@lea.univ-poitiers.fr DC, AC, and Traveling Wave Electrical Discharges Applied to the Control of Low Velocity Airflow along a Flat Plate L. Leger, E. Moreau, G. Touchard, Universite de Poitiers, FRANCE EPC-01-4-4 EPC-4 4 Dr. Lai flai@ou.edu EHD-Enhanced Drying with a Wire Electrode K.W. Lai and F.C. Lai, University of Oklahoma, U.S.A. EPC-01-4-5 EPC-4 5 Dr. Bologna andrei.bologna@itc-tab.fzk.de Electrohydrodynamic Disintegration of Charged Drops as a Factor of Intensification Transfer Phenomena An.M. Bologa and Al.M. Bologa, Academy of Sciences of Moldova, MOLDOVA EPC-01-4-6 EPC-4 6 Professor Stishkov stishkov@paloma.spbu.ru Electrohydrodynamical Currents in System of Electrodes a Wire - Wire A.V. Buyanov, Y.K. Stishkov, St. Petersburg State University, RUSSIA EPC-01-5-1 EPC-5 1 Professor Mazumder mkmazumder1@ualr.edu Effects of Surface Properties on the Tribocharging Characteristics of Polymer Powders as Applied to Industrial Powder Coatings and Material Separation S. Trigwell, N. Grable, C. Yurteri, S. O'Connor, and M.K. Mazumder, University of Arkansas at Little Rock, U.S.A. EPC-01-5-2 EPC-5 2 Professor Inculet arobertson@fes.engga.uwo.ca Liquid Space Charge Generation Using Induction Charging of Flat Sprays I.I. Inculet and G.S.P. Castle, University of Western Ontario, CANADA EPC-01-5-3 EPC-5 3 Dr. Malyan Beresford.malyan@brunel.ac.uk Dielectrophoretic Trapping and an Optical Detection Technique for Nanometre Sized Biological Particles B. Malyan, J. Kulon and W. Balachandran, Brunel University, U.K. EPC-01-5-4 EPC-5 4 Dr. Suehiro suehiro@ees.kyushu-u.ac.jp Selective Detection of Bacteria Using Dielectrophoretic Impedance Measurement Method Combined with Antigen-Antibody Reaction J. Suehiro, D. Noutomi, R. Hamada and M. Hara, Kyushu University, JAPAN EPC-01-5-5 EPC-5 5 Dr. Katsura katsura@eco.tut.ac.jp Control of Restriction Enzyme Activity by Local Concentration of Magnesium Ion S. Katsura, Y. Maeda, N. Harada, S. Matsuura, K. Hirano, K. Takashima and A. Mizuno, Toyohashi University of Technology, JAPAN EPC-01-5-6 EPC-5 6 Professor Mazumder mkmazumder1@ualr.edu Effect of Ambient Relative Humidity on Charge Decay Properties of Polymer Powder and the Occurrence of Back Corona in Powder Coating R. Sharma, R.A. Sims, and M.K. Mazumder, University of Arkansas at Little Rock, U.S.A. EPC-01-6-1 EPC-6 1 Mr. Kulon janusz.kulon@brunel.ac.uk The Bipolar Charge Aerosol Classifier J. Kulon, B. Malyan, W. Balachandran, Brunel University, U.K. EPC-01-6-2 EPC-6 2 Dr. Iuga alexandru.Iuga@et.utcluj.ro Electrostatic Separation of Mica Flakes from Mineral Sands A.Iuga, I. Cuglesan, A. Samuila, A. Urs, R. Morar, Technical University of Cluj-Napoca, ROMANIA; L. Dascalescu, Institut Universitaire de Technologie, FRANCE EPC-01-6-3 EPC-6 3 Professor Mazumder mkmazumder1@ualr.edu Corona Guns with Ring Electrodes: Reduction of Free Ion Concentration for Back Corona Control in Powder Coating A. Biris, M.K. Mazumder, R.A. Sims, C. Yurteri, J. Sondgrass, and R. Sterling, University of Arkansas at Little Rock, U.S.A. EPC-01-6-4 EPC-6 4 Professor Colver gmc@iastate.edu Electrostatic Separation of Water Molecules (in Air) in a Laminar Flow Duct G.M. Colver, Iowa State University, U.S.A. EPC-01-6-5 EPC-6 5 Professor Dascalescu ldascalescu@iutang.univ-poitiers.fr Optimization of Electrostatic Separation Processes Using Surface Response Methodology L. Dascalescu, P. Ribardiere, S. Billaud, Institut Universitaire de Technologie, FRANCE; R. Kohnlechner, Hamos GmbH, GERMANY; M. Mihailescu, A. Iuga, Technical University, ROMANIA EPC-01-6-6 EPC-6 6 Professor Mazumder mkmazumder1@ualr.edu Application of Boxer Charger for Charging Polymer Powder without Free Ion Current N. Grable, G. Ahuja, M.K. Mazumder, University of Arkansas at Little Rock, U.S.A. EPC-01-6-7 EPC-6 7 Dr. Kober Petra.Kober@hamos.com Applied Electrostatic Separation of Mixed Plastics P. Kober and R. Koehnlechner, Hamos, GERMANY EPC-01-7-1 EPC-7 1 Dr. Sullivan charles.r.sullivan@dartmouth.edu Using Dielectric Losses to De-Ice Power Transmission Lines with 100 kHz High-Voltage Excitation J.D. McCurdy, C.R. Sullivan and V.F. Petrenko, Dartmouth College, U.S.A. EPC-01-7-2 EPC-7 2 Dr. Grass norbert.grass@t-online.de Pulsed Power Supply for Electrostatic Precipitators N. Grass, Siemens AG, GERMANY EPC-01-7-3 EPC-7 3 Dr. Guemes Alonso iepgualj@lg.ehu.es Determination of the Electric and Thermal Field in a Resistive Sensor of High Voltage J.A. Guemes, E.U. Ingenieria Tecnica Industrial, SPAIN EPC-01-7-4 EPC-7 4 Dr. Alonso marcos@bautista.edv.uniovi.es Analysis and Design of a Low-Power High-Voltage High-Frequency Power Supply for Ozone Generation J.M. Alonso, A.J. Calleja, J. Ribas, M. Valdes, Universidad de Oviedo, SPAIN; J. Losada, Etronecology, SPAIN EPC-01-7-5 EPC-7 5 Dr. Chung yhchung@lgis.com All Solid-State Switched Pulser for NOx Control Y.H. Chung, H.J. Kim, C.S.Yang, LG Industrial Systems Co. Ltd., KOREA EPC-01-7-6 EPC-7 6 Professor Abdel-Salam mazen2000as@yahoo.com Early Detection of Weak Points in MEEC Distribution System M. Abel-Salam, S. Abdel-Sattar, Assiut University, EGYPT; Y. Sayed, Menia University, EGYPT; M. Ghally, Middle Egypt Electricity Company, EGYPT EPC-01-8-1 EPC-8 1 Dr. Al-Hamouz zhamouz@kfupm.edu.sa Finite Element Computation of Electric Field and Charge Density of a Pulsed Energized Electrostatic Precipitator Z. Al-Hamouz, King Fahd University of Petroleum & Minerals, SAUDI ARABIA EPC-01-8-2 EPC-8 2 Professor Dascalescu ldascalescu@iutang.univ-poitiers.fr Numerical Computation of Conducting Particle Trajectories in Plate-Type Electrostatic Separators S. Vlad, A. Urs, M. Purcar, A. Iuga, Technical University, ROMANIA; L. Dascalescu, Institut Universitaire de Technologie, FRANCE EPC-01-8-3 EPC-8 3 Dr. Buccella buccella@ing.univaq.it Calculation of Current Distribution in a Lightning Stroked Metal Structure Considering the Non-linear Ground Impedance C. Buccella, University of L'Aquila, ITALY EPC-01-8-4 EPC-8 4 Professor Greason wgreason@julian.uwo.ca Experimental Investigation of Indirect Electrostatic Discharge (ESD) for a Three Body Problem W.D. Greason, University of Western Ontario, CANADA EPC-01-8-5 EPC-8 5 Professor Touchard gerard.touchard@lea.univ-poitiers.fr Influence of Pressboard Physico-chemical Composition on Static Electrification in Power Transformer T. Paillat, Universite De Poitiers, FRANCE; L. Onic, Ecole Francaise de Papeterie, FRANCE; O. Moreau, Electricite De France, FRANCE; Mortha, Ecole Francaise de Papeterie, FRANCE; G. Touchard, Universite De Poitiers, FRANCE EPC-01-8-6 EPC-8 6 Dr. Buccella buccella@ing.univaq.it Lightning Protection Systems for Charged Oil Metal Vessels C. Buccella and A. Orlandi, University of L'Aquila, ITALY EPC-01-8-7 EPC-8 7 Professor Kupershtokh skn@hydro.nsc.ru Stochastic Regularities of Electrical Breakdown Initiation in Transformer Oil A.L. Kupershtokh, Lavrentyev Institute of Hydrodynamics, RUSSIA; I. Vitellas, D.P. Agoris, Public Power Corporation, GREECE; D.I. Karpov, Lavrentyev Institute of Hydrodynamics, RUSSIA; V.P. Charalambakos, University of Patras, GREECE |
ESD認證快速檢測箱
靜電電壓測量類
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ESD認證快速檢測箱
接地交流阻抗測試儀
帶電平板監測儀(CPM)
靜電電壓測量類
EST101 防爆靜電電壓表
EST102 振動電容靜電計
EST102A駐極體靜電測試儀
EST103 靜電計
EST113超高阻高壓表(靜電計)
EST105高阻高壓表
EST201非接觸真空靜電電位測量
EST401靜電監測報警門
EST403 靜電監測報警器
EST405靜電動態電腦監測報警
EST406電腦資料獲取軟體系統
EST202 油面電位測量系統
靜電電荷量測量類
EST111 數字電荷量儀
EST111A型數字電荷皮庫表
EST112 數字電量表
EST112A數字電量表
《防靜電工作服》檢測裝置
高電阻或超高阻測量類
EST120 數字高阻計
EST121 超高阻、微電流測量儀
EST301 人體綜合電阻測試儀
EST301A綜合電阻測試儀NEW
EST601 防靜電鞋導電鞋電阻值測量儀
EST991導電和防靜電材料電阻率測量
微電流或超微弱電流測量
EST122 皮安電流錶
EST121 型數位超高阻、微電流測量儀
EST601 防靜電鞋導電鞋電阻值測量儀
靜電發生器
EST801靜電發生器 (8kV)
EST801A靜電發生器
EST703靜電發生器(80kV)
EST704靜電發生器(50∼150kV)
EST705高精度靜電發生器
EST802A靜電發生器(±20kV)
範得格拉夫靜電起電機、感應起電機
ESD抗擾度、敏感度試驗設備
EST802靜電放電發生器0~±20kV
EST803靜電放電發生器 0~±30kV
EST883 HBM靜電放電模擬器
EST883A HBM/MM靜電放電模擬器
EST883B HBM/MM/CDM靜電放電模擬器
EST883C CDM靜電放電模擬器
靜電放電試驗台：靜電放電臺式配置
EST805靜電放電發生器
武器系統試驗
EST806 靜電放電發生器航空飛機系統
EST806A電火工品靜電感度試驗儀
EST806B工業電雷管靜電感度試驗儀
EST901皮秒矩形脈衝發生器
EST902靜電放電擾度調式與診斷系統
其他靜電相關儀器與設備
EST602/606人體靜電表演裝置
EST702靜電覆紙設備
EST706節能環保型靜電分選機
靜電放電棒
摩擦板
範得格拉夫靜電起電機
靜電感應起電機
維姆胡斯靜電感應起電機
靜電放電發生器校準裝置
EST108系列靜電電壓表校準裝置
多通道大氣靜電場強測試儀
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