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Sixth International Vacuum Electronics Conference IVEC 2005 |
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Thursday 19 April 2005
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18.00-20.00 |
Pre-registration and Welcome Cocktail Royal Lounge, Hotel Huis ter Duin |
Wednesday 20 April 2005
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09.00 |
Applications of FlexTWTAs in Future Telecom Payloads Coromina, F. ESA THE NETHERLANDS |
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09.30 |
The European X-ray Free Electron Laser XFEL Schwarz, Mr DESY, GERMANY |
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10.00 |
MEMs-based Vacuum Electron Devices Park, Gun-Sik Seoul national university, REPUBLIC OF KOREA |
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10.30 |
Coffee Break |
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11.00 |
Inductive Output Tubes For Particle Accelerators Wheelhouse, A. e2v technologies, UNITED KINGDOM |
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11.30 |
Development of a 2-MW, CW Coaxial Gyrotron at 170 GHz for Electron-Cyclotron-Resonance-Heating in ITER Lievin, C. Thales Electron Devices, FRANCE |
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12.00 |
Power Combining Considerations for Project Prometheus TWTAs Komm, D. Jet Propulsion Laboratory, California Institute of Technology, UNITED STATES |
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12.30 |
Lunch Break |
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Session 1.1: Space 1 |
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14.00 |
Long-Term Performance of the Radar TWTA for SeaWinds on QuikSCAT Harvey, W. Jet Propulsion Laboratory, Cal Tech., UNITED STATES |
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14.20 |
On-Orbit Reliability Assessment of New Generation Space TWTs Kaliski, M. Space Systems/Loral, UNITED STATES |
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14.40 |
TWTA versus SSPA; An Updated Comparison of On-Orbit Reliability Data Weekley, J. Boeing Satellite Systems, Inc., UNITED STATES |
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15.00 |
New Generation Travelling Wave Tubes for Satellite Application Bosch, E. TEDG, GERMANY |
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15.20 |
180W Ku Band TWT for Space Applications Andre, F. Thales Electron Devices, FRANCE |
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15.40 |
Coffee Break |
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16.10 |
180 Watt Ka-band Space Traveling Wave Tube Menninger, W.L. Boeing Electron Dynamic Devices, UNITED STATES |
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16.30 |
High power Ka - band traveling waves tubes for satellite communications Beillevaire, F. Thales Electron Devices, FRANCE |
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16.50 |
V-Band Solid-State TWTA Driver Amplifier Khilla, M. Tesat Spacecom GmbH, GERMANY |
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Session 1.2: Magnetrons,Crossed-Field Devices and Electronics |
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14.00 |
Cathode-Priming for Rapid-Startup and Mode-Control of High Power Magnetrons Gilgenbach, R. University of Michigan, UNITED STATES |
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14.20 |
Electron pre-bunching in microwave magnetron by electric priming using anode shape modification Kim, Jung-IL Seoul National University, REPUBLIC OF KOREA |
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14.40 |
The Effect of Cathode Emission Voltage on the Magnetron Performance Ma, L. Queen Mary College, University of London, UNITED KINGDOM |
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15.00 |
Development of Phase and Amplitude Controlled Magnetron Shinohara, Naoki Kyoto University, JAPAN |
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15.20 |
Phase locking magnetrons by use of their pushing characteristic Dexter, A. Lancaster University, UNITED KINGDOM |
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15.40 |
Coffee Break |
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16.10 |
Cold Cathode Advanced Design for the US Navy SPS-48E Second Stage Crossed-Field Amplifier
Worthington, M. L-3 communication, UNITED STATES |
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16.30 |
Experimental Study on Gigawatts Magnetically Insulated Line Oscillator Kim, Dae-Ho Seoul National University, REPUBLIC OF KOREA |
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16.50 |
Magnetrons – Improved Performance with modern electronic systems Rush, R. e2v technologies Ltd, UNITED KINGDOM |
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17.10 |
Some Line Matching Circuits for High Voltage Semiconductor Switches Drummond, G. Colorado Power Electronics, Inc., UNITED STATES |
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Session 1.3: Modelling 1 |
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14.00 |
Beam Optics Analysis - An Advanced 3D Trajectory Code Ives, L. Calabazas Creek Research, Inc., UNITED STATES |
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14.20 |
Automation in Pierce Gun Design Pareek, S. Central Electronics Engineering Research Institute, INDIA |
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14.40 |
The MICHELLE 2D/3D Electron Gun and Collector Modeling Code: Advances and Applications Petillo, J. SAIC, UNITED STATES |
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15.00 |
A Steady-State Analysis of Ion Trajectories in Electron Guns using PIERCE* Code Bansiwal, A. Microwave Tube R & D Center, INDIA |
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15.20 |
3D Self Magnetic Field Calculation in the Finite Element Gun Code MICHELLE Nelson, E. Los Alamos National Laboratory, UNITED STATES |
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15.40 |
Coffee Break |
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16.10 |
Electron Scattering and Multipactor Discharge Seviour, R. Lancaster University, UNITED KINGDOM |
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16.30 |
Practical multipaction assessment using Monte-Carlo/PIC modelling Eastwood, J. Culham Electromagnetics and Lightning, UNITED KINGDOM |
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16.50 |
A new fitting model for the I-V characteristics of field emission arrays Lin, Ming-Chieh Fu Jen University, TAIWAN |
17.10 |
Tracing backscatterd electrons with MEBS' SOURCEBS software Katsap, V. NuFlare Technology, a div. of Toshiba, UNITED STATES |
Thursday 21 April
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Session 2.1: Gyrotrons |
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09.00 |
Development of a 1-MW, CW Gyrotron at 140 GHz for Electron-Cyclotron-Resonance-Heating in Fusion Plasma Devices Dammertz, G. Forschungszentrum Karlsruhe, GERMANY |
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09.20 |
Recent Results from the 1.5 MW, 110 GHz Gyrotron Experiment at MIT Sirigiri, Jagadishwar Massachusetts Institute of Technology, UNITED STATES |
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09.40 |
High Power Testing of a 110 GHz Gyrotron with a Single-Stage, Depressed Collector Chu, Tak Sum CPI, UNITED STATES |
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10.00 |
200kW/CW Gyrotrons and Transmission Line Components for Fusion Systems Denisov, G. Institute of Applied physics, RUSSIAN FEDERATION |
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10.20 |
Development of the 300 GHz/4 kW/CW Gyrotron Zapevalov, V. Institute of Applied Physics R A S, RUSSIAN FEDERATION |
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10.40 |
Coffee Break |
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11.10 |
Using MAGY to Model High Power CW Gyrotrons with Coaxial Cavities Vlasov, A. Science Applications International Corporation, UNITED STATES |
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11.30 |
Newly Designed Internal Phase-Correcting Mirrors for a Multi-frequency 1 MW Gyrotron at FZK Yang, X. IHM, FZK, GERMANY |
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11.50 |
Electrically controlled scanning of wave beam produced by gyrotron: option for plasma fusion experiments Petelin, M. IAP, RUSSIAN FEDERATION |
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12.10 |
Investigation of “Hyperchaos” in Gyrotron Blokhina, E. Saratov State University, RUSSIAN FEDERATION |
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12.30 |
Lunch Break |
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Session 2.2: New Devices |
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09.00 |
A field-emission based vacuum device for the generation of THz waves Lin, Ming-Chieh Fu Jen University, TAIWAN |
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09.20 |
Design of a Wide TWT RF-Structure and Powercoupler at 94 GHz Krawczyk, F. Los Alamos National Laboratory, UNITED STATES |
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09.40 |
Wideband RF Structure for Millimeter Wave TWTs Earley, L. Los Alamos National Laboratory, UNITED STATES |
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10.00 |
Sheet Beam Technology Development for High-Power MM-Wave TWTs Carlsten, B. Los Alamos National Laboratory, UNITED STATES |
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10.20 |
Experimental Investigation of W-Band Vacuum Devices using Two-Step LIGA Shin, Young-Min Seoul National University, REPUBLIC OF KOREA |
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10.40 |
Coffee Break |
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11.10 |
Photonic Crystal Reflex Klystron Using Multi-beam Cold Cathode Jang, Kyu - Ha Seoul national university, REPUBLIC OF KOREA |
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11.30 |
EMISSION FROM CNT ELECTRON SOURCE UNDER RF FIELD AT 1.5 GHz Peauger, F. Thales Electron Devices, FRANCE |
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11.50 |
Microfabricated Folded Waveguide TWT circuits and components for the Terahertz and Millimeter wave regimes Booske, J. University of Wisconsin, UNITED STATES |
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12.10 |
300GHz BWO with Biplanar Interdigital Circuit Dayton, J.A. Genvac Aerospace Corp. UNITES STATES |
12.30 |
Design and Test of a Submillimeter-Wave Backward Wave Oscillator Ives, L. Calabazas Creek Research, Inc., UNITED STATES |
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12.50 |
Lunch Break |
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Session 2.3: Modelling 2 |
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09.00 |
CST PARTICLE STUDIO Finite Integration Technique applied to 3D Particle Interaction Becker, U. CST, GERMANY |
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09.20 |
Novel Technique for the Analysis of Helical Slow-wave Structures Using Azimuthally Periodic Boundary Conditions Aloisio, M. ESA/ESTEC, NETHERLANDS |
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09.40 |
Helix TWTs Cold Parameters Modelling Tools David, J.-F. Thales Electron Devices, FRANCE |
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10.00 |
A Power TWT PPM Design using a 3-D PIC Code Périgo, É.A. Instituto de Pesquisas Energéticas e Nucleares, BRAZIL |
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10.20 |
A 3D Large Signal Parallel Computing Code for Helix TWT Li, B. University of Electronic Science and Technology of China, CHINA |
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10.40 |
Coffee Break |
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11.10 |
Design and Computer Modeling of a Ka-Band EIK Hsu, H. University of Calfornia, Davis, UNITED STATES |
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11.30 |
Simulation of Klystrons with Reflected Electrons using TESLA Antonsen, T. University of Maryland, UNITED STATES |
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11.50 |
Frequency-domain code Dev.5.0 for analysis of coupled?cavity traveling wave tubes, klystrons and their hybrids Konnov, A. FSUE "Toriy", RUSSIAN FEDERATION |
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12.00 |
PIC Simulations of Nonstationary Dynamics and Chaos in Resonant Microwave Oscillators Titov, V.N. Saratov State University, RUSSIAN FEDERATION |
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12.20 |
Frequency properties of BWO with emission automodulation Koltunov, R. Moscow State Institute of Electronics and Mathematics, RUSSIAN FEDERATION |
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12.50 |
Lunch Break |
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Session 3.1: Space 2 |
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14.00 |
W-Band Transmitter Upgade for the Haystack UltraWideband Satellite Imaging Radar Kempkes, M.A. Diversified Technologies, Inc., UNITED STATES |
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14.20 |
Space applications for L0Band Travelling Wave Tubes Ehret, P. Thales Electron Devices GmbH, GERMANY |
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14.40 |
Ka-band Multi-Port Amplifier Characterisation for Space Telecommunication Operation Anakabe, A. CNES, FRANCE |
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15.00 |
Extended Interaction Klystrons For Space-Borne Applications Steer, B. CPI Canada, CANADA |
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15.20 |
Fast, Space Qualified 3000 V Modulator for a Cloud Profiling Radar Haque, I. Jet Propulsion Laboratory, UNITED STATES |
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15.40 |
Coffee Break |
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16.10 |
Methodology for aging characterization of high voltage resin for space application Draguet A. Alactel Etca, BELGIUM |
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16.30 |
Improving Future High Voltage Electronic Power Conditioners Weinberg, S. ESA, NETHERLANDS |
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16.50 |
Simulations, Measurements And Analysis Of Gaseous Microwave Discharges Puech, J. CNES, FRANCE |
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Session 3.2 : IOTs. Klystrons and MBKs |
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14.00 |
Advances in Communications Klystron Performance Russell, A. CPI Canada, CANADA |
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14.20 |
500 Mhz Power Amplifiers For Synchrotrons Vandroux, P. Thales Electron Devices, France |
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14.40 |
Production Status of 805-MHz, 550 kW Pulsed Klystrons for the Spallation Neutron Source Lenci, S. CPI, Inc, UNITED STATES |
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15.00 |
IOTs at 1.3GHz Langlois, M. Thales Electron Devices, France |
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15.20 |
Lifetime and Reliability of Airport Weather Radar Klystrons Balkcum, A. CPI, UNITED STATES |
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15.40 |
Coffee Break |
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16.10 |
201 MHz Multiple Beam Klystron for a Tevatron Injector Ives, L. Calabazas Creek Research, Inc., UNITED STATES |
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16.30 |
Experimental Progress on the NRL 8-Beam, 4-Cavity Fundamental Mode Multiple-Beam Klystron Abe, D. U.S. Naval Research Laboratory, UNITED STATES |
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16.50 |
Development of an X-Band, 50 MW, Multiple Beam Klystron Ferguson, P. Calabazas Creek Research, Inc., UNITED STATES |
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17.10 |
Research Progress on L-band 100 kW CW Broadband Multi-Beam Klystron Ding, Yaogen Institute of Electronics, Chinese Academy of Sciences, CHINA |
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19.30 |
AWARD Ceremony |
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20.00 |
Conference Dinner |
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Poster Session
STUDY OF THE FREQUENCY SPECTRUM, NOISE AND HARMONICS IN THE OUTPUT RADIATION OF THE PASOTRON Rodgers, J. Institute for Research in Electronics and Applied Physics, University of Maryland, USA
STUDY AND APPLICATIONS OF WIDEBAND OSCILLATIONS IN HIGH-POWER PULSED TRAVELING-WAVE TUBES Rodgers, J. Institute for Research in Electronics and Applied Physics, University of Maryland, USA
MINIATURE PLASMA CATHODE FOR HIGH-POWER TERAHERTZ OROTRON AND CLINOTRON OSCILLATORS Rodgers, J. Institute for Research in Electronics and Applied Physics, University of Maryland, USA
Simulation and optimization of the matched horn energy output configuration on H01 mode Kurayev, A. Byelarusian State Uviversity of Informatics and Radioelectronics, BELARUS
Preliminary design of a hybrid-magnet system for 35 GHz, second-harmonic gyrotron amplifier Li, Yin Institute of Electronics, Chinese Academy of Sciences, CHINA
Mode converter configuration optimization for cyclotron frequency second harmonic gyrotron Kurayev, A. Byelarusian State Uviversity of Informatics and Radioelectronics, BELARUS
Gyroton on goffered cavity Kolosov, S. BSUIR, BELARUS
A Novel Gyrotron Oscillator with a Hybrid Interaction Scheme Characterizing High Efficiency and Broadband Tuning Liu, B. Institute of Electronics, Chinese Academy of Sciences, CHINA
Investigation of a Mirror System for a High Power Coaxial-Cavity Gyrotron Jin, Jianbo Forschungszentrum Karlsruhe, GERMANY
Construction of a Large-Orbit Second-Harmonic TE21 Gyro-TWT Amplifier Harriet, S. UC Davis / NSWC Crane, UNITED STATES
Design and Fabrication of a 34 GHz Experimental Peniotron Dressman, L. NSWC Crane, UNITED STATES
Mode Selection Of A 28 Ghz Gyrotron CAO, Xiao-Qin Institute of Electronics, Chinese Academy of Sciences, CHINA
Optimization Peniotron In View Of Features Of The T-Wave Near To Oscillator Wires Kurayev, A. Byelarusian State Uviversity of Informatics and Radioelectronics, BELARUS
Co-axial 2D Bragg structures with corrugated outer and inner conductors McGrane, P. University of Strathclyde, UNITED KINGDOM
The preliminary design and simulation of a W-band TE01 gyro-TWT with a distributed-loss Lai, Guo-Jun Institute of Electronics Chinese Academy of Sciences, CHINA
An Extended Interaction Cavity for Third Harmonic-Multiplying Phigtron Zhu, Min Institute of Electronics, Chinese Academy of Sciences, CHINA
Design of the input coupler for Ka band TE01 Gyro-TWT Yunfeng, Jia Institute of Electronics, CHINA
170 GHz, 2 MW Coaxial Cavity Gyrotron - design and experimental verification of the RF output system Rzesnicki, T. Forschungszentrum Kalrsruhe (FZK), GERMANY
L-Band IOTs Achieving 80 kW Peak Output Power Li, Yanxia Communication and Power Industires, UNITED STATES
Development of a 19 kW CW L Band Klystron Read, M. Calabazas Creek Research Inc., UNITED STATES
Direct Chaotic Communications System on the Basis of a Delayed Feedback Klystron Oscillator Shigaev, A. Saratov State University, RUSSIAN FEDERATION
Experimental Research on Generation Mechanism of Spurious Noises from Microwave Oven Magnetron Mitani, Tomohiko Kyoto University, JAPAN
Characterization of a 16-vane strapped magnetron with tuner Kim, Hae Jin Kwangwoon University, REPUBLIC OF KOREA
3-D Simulation Cold Secondary-Emission Cathode Cooker Magnetron Triggered By Anode Voltage Pulse Yeryomka, V. Usikov Institute for radiophysics and electronics of National Academy of Sciences of Ukraine, UKRAINE
Computer Simulation Of Multi-Beam Klystron Electron Optics System Wang, Shuzhong Institute of Electronics, Chinese Academy of Sciences, CHINA
Optimization of Higher-Order TM Mode Parameters in Cylindrical Coaxial RF Cavity Dong, Yu-he Institution of Electronics, Chinese Acadamy of Science, CHINA
Development of an L-band Multi-Beam Klystron Yano, Atsunori TOSHIBA ELECTRON TUBES & DEVICES CO., LTD., JAPAN
Evaluation of Unsteady Non-Harmonic Fields in Microwave Devices. I. Decomposition in the Partial Modes Gritsunov, A. KNURE, UKRAINE
Evaluation of Unsteady Non-Harmonic Fields in Microwave Devices. II. Decomposition in the Partial Oscillators Gritsunov, A. KNURE, UKRAINE
Evaluation of Unsteady Non-Harmonic Fields in Microwave Devices. III. Decomposition in the Regular Modes Gritsunov, A. KNURE, UKRAINE
PSpice Analysis of Third Harmonic Injection in Class ‘B’ and Class ‘C’ of High Power Tube Amplifiers Kostic, S. Ericsson, IRELAND
AC Space Charge Effects on Beam Loading of a Cavity Lau, Y.Y. Univeristy of Michigan, UNITED STATES
Time-domain solution of Cauchy problem for 3-D electron beam near thermionic cathode surface of arbitrary form Malykhin, A. FSUE "Toriy", RUSSIAN FEDERATION
Thermal analysis of travelling wave tube using ANSYS Yao, Lieming University of Electronic Science and Technology of China, CHINA
A Fast Approach to PPM Design Périgo, É.A. Instituto de Pesquisas Energéticas e Nucleares, BRAZIL
TWT modelling using ADS code Jang, Seong Min Kwangwoon University, REPUBLIC OF KOREA
Code Development of a 3D Finite Element Particle-In-Cell Code with Adaptive Meshing Bui, T. CCR Inc., UNITED STATES
Theoretical Loss Determination on a TWT Slow Wave Structure by The Sensiper’s Tape Helix Model Teixeira Lopes, D. Centro Tecnológico da Marinha em São Paulo CTMSP, BRAZIL
The Equations of the Nonlinear Theory of a High-Perveance Traveling Wave Tube Ilyina, E.M. The Federal State Unitary Enterprise NPP "Almaz", RUSSIAN FEDERATION
Optimization of Multistage Depressed Collectors of Arbitrary Configuration for TWT and Klystrons Rogovin, V.I. The Federal State Unitary Enterprise NPP "Almaz", RUSSIAN FEDERATION
CAD Investigation of Multistage Depressed Collector in China Kou, Jianyong Beijing Vacuum Electronics Research Institute, CHINA
A 1D Large Signal Simulation Code for Coupled Cavity TWT’s Using Curnow or Malykhin-Konnov-Komarov Lumped Element Circuit Models Chernin, D. SAIC, UNITED STATES
Optimized On Efficiency Single Mode Relativistic Twt-0 With Cut-Off Modes Account Kurayev, A. Byelarusian State University of Informatics and Radioelectronics, BELARUS
Complex Dynamics in Cascade Klystron Oscillator Dmitriev, B. Saratov State University, RUSSIAN FEDERATION
pi-Mode Selection in Coaxial Magnetron Resonator using Two-dimensional Metallic Photonic Crystal Kim, Jung-IL Seoul National University, REPUBLIC OF KOREA
THz Smith-Purcell Radiation Enhanced by Counter-Streaming Electron Beams with One-Dimensional Photonic Crystal Shin, Young-Min Seoul National University, REPUBLIC OF KOREA
Nonstationary Analysis of Counter-Streaming Electron Beam Oscillator Shin, Young-Min Seoul National University, REPUBLIC OF KOREA
Optimization Of The Profile Of Output Horn Of Relativistic Cherenkov Generator On The Wave E01 Kurayev, A. Byelarusian State University of Informatics and Radioelectronics, BELARUS
Network Model and Calculation of TWT Chaos Feng, J. Beijing Vacuum Electronics Research Institute, CHINA
A novel efficient cold electron emitter with a micro-dimple Metal-Insulator-Semiconductor structure Watanabe, Atsushi Pioneer Corporation, JAPAN
ON THE POWER CAPACITY OF OUTPUT WINDOWS OF MICROWAVE TUBES Prokofiev, B. FSUE "Scientific and Production Corp. "Toriy"", RUSSIAN FEDERATION
Studies on Field Emitters for Terahertz Devices Rajendra S. Central Electronics Engineering Research Institute, Pilani, INDIA
The Effects of Chemical Cleaning on Impregnant Removal Tarter, J. Semicon Associates, UNITED STATES
Preliminary Testing Initial Condition of Multistage Depressed Collector Kou, J. Beijing Vacuum Electronics Research Institute, CHINA
Design and Experiments of Helix TWT Amplifiers Kim, H. Kwangwoon University, REPUBLIC OF KOREA
Design of the broadband amplifier for MPM Choi, Gil Wong Kwangwoon University, REPUBLIC OF KOREA |
Friday 22 April
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Session 4.1: High Power Microwaves |
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09.00 |
Experimental testing of a high-gain, high power gyroklystron Lawson, W. University of Maryland, UNITED STATES |
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09.20 |
Development of a 25 MW 30 GHz Gyroklystron Read, M. Calabazas Creek Research Inc., UNITED STATES |
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09.40 |
The Design and Simulation of a Cusp- Based Broadband Gyro-TWA Whyte, C. University of Strathclyde, UNITED KINGDOM |
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10.00 |
Improved Cathodes for Gyrotrons Ives, L. Calabazas Creek Research, Inc., UNITED STATES |
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10.20 |
Coffee Break |
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10.50 |
Optimized Multi-Modes Cherencov Relativistic Generators On Irregular Goffered Waveguides Kurayev, A. Byelarusian State University of Informatics and Radioelectronics, BELARUS |
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11.10 |
Optimization of the multibeam orbotrons-klystrons Kurayev, A. Byelarusian State University of Informatics and Radioelectronics, BELARUS |
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11.30 |
Operation of a Free-Electron Maser based on Two-Dimensional distributed feedback McGrane, P. University of Strathclyde, UNITED KINGDOM |
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11.50 |
Peculiarities of Nanosecond Gigawatt Radar Petelin Institute of Applied Physics, RUSSIAN FEDERATION |
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12.10 |
Microwave Pulse Compression using Helically Corrugated Waveguides Ronald, K. University of Strathclyde, UNITED KINGDOM |
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12.30 |
Lunch Break |
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Session 4.2: TWTs |
09.00 |
Design and Performance of a Second-Passband Ridged Folded-Waveguide TWT Theiss, A. L-3 Communications, UNITED STATES |
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09.20 |
Average Power & Lifetime Upgrade of Ka and EHF TWT’s Siret, R. THALES ELECTRON DEVICES, FRANCE |
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09.40 |
Performance Enhancement of TWTs Using OFDM Waveforms with Third- and Fifth-Order Predistortion Linearization Qiu, J. Naval Research Laboratory, UNITED STATES |
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10.00 |
Characterization of a Low-noise, Linearized Microwave Power Amplifier Module Joo, Ji Han Kwangwoon University, REPUBLIC OF KOREA |
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10.20 |
Coffee Break |
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10.50 |
High Power Micro-TWTs for ECM and Data Links Beck, T. THALES ELECTRON DEVICES, FRANCE |
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11.30 |
Linear and Nonlinear Backwards Wave Gain in a Wideband Helix TWT Booske, J. University of Wisconsin, UNITED STATES |
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11.50 |
Development of 4-stage Graphite Collector for high efficiency TWT Srivastava, V. Central electronics engineering research institute, INDIA |
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12.10 |
Novel, Lower Cost, TWT Noise Measurement Method Mitsdarffer Naval Surface Warfare Center Crane, UNITED STATES |
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12.30 |
Lunch Break |
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Session 4.3: Technology |
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09.00 |
Slotted Waveguides For 2.45 Ghz Industrial Applicators Stanculovic, S. University of Karlsruhe, Institute for Highfrequency Techniques and Electronics, GERMANY |
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09.20 |
Helix slow-wave structure with diamond support for power TWTs Galdetskiy, A. Istok, RUSSIAN FEDERATION |
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09.40 |
Temperature-Compensated High Temperature SmCo Magnets for Traveling Wave Tubes Walmer, M. Electron Energy Corporation, UNITED STATES |
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10.00 |
PPM Focussing a 4 Microperv Beam from a Gridded Gun True, R. L-3 Communications, UNITED STATES |
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10.20 |
Coffee Break |
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10.50 |
Emission imaging of the LaB6 cathode Katsap, V. NuFlare Technology, a div. of Toshiba, UNITED STATES |
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11.10 |
An Analytical Lumped Thermal Circuit for the Determination of Fast Warm up and Steady State Characteristics of Heater/Cathode Packages for TWT’s Dyson, D. TMD Technologies Ltd., UNITED KINGDOM |
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11.30 |
Time-Dependent Secondary Electron Yield Measurements from Materials with Application to Depressed Collectors Schamiloglu, E. University of New Mexico, UNITED STATES |
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11.50 |
Milliamp-Class Field Emission Devices Based on Free-Standing, Two-Dimensional Carbon Nanostructures Holloway, B. College of William & Mary, UNITED STATES |
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12.10 |
On the Ohmic Heating of Particulates Lau, Y. University of Michigan, UNITED STATES |
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12.30 |
Lunch Break |
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Plenary Session |
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14.00 |
Development Results Of 105&140 Dual-Frequency And 170 Ghz Gyrotrons Of 1-Mw Power Level Myasnikov, V.E. GYCOM Ltd, RUSSIAN FEDERATION |
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14.30 |
Development of Ka-band 350W CW Helix TWT Machida, T. NEC Microwave Tube, Ltd., JAPAN |
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15.00 |
Continued Operation of a 1.3 GHz Multiple Beam Klystron for TESLA Balkcum, A. CPI, UNITED STATES |
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15.30 |
TBC |
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