2009 IEEE International Vacuum Electronics Conference 28‒30 April 2009 Angelicum, Pontifical University of Saint Thomas Aquinas Rome, Italy IVEC 2009 ROME
Conference Programme www.ivec2009.org
Welcome On behalf of the Program Committee and the EDS Technical Committee on Vacuum Devices, it is my great pleasure to welcome you to the 10th IEEE International Vacuum Electronics Conference, IVEC 2009. The leading conference in the field of vacuum electronics returns to Europe, this time to the magnificent city of Rome, to celebrate its tenth anniversary. Sponsored by the European Space Agency, with technical co‐sponsorship of IEEE Electron Devices Society (EDS) and the support of the University of Rome Tor Vergata, the meeting is being held at the Angelicum, Pontifical University of Saint Thomas Aquinas. The three‐day proceedings start on Tuesday, 28 April, with the customary plenary sessions presented by several renowned experts in the field covering varied subjects of great interest to the community. Over the course of the following two and a half days, a total of 251 papers will be presented, organized in 24 oral sessions, totalling 120 papers, and 8 poster sessions. There will also be time for the presentation of the IVEC Award for Excellence in Vacuum Electronics, at the end of the plenary session, and Best Student Paper Award, during the conference dinner. The conference banquet dinner is scheduled for Wednesday evening at 20:00 at Castel SantʹAngelo. Immersed in the unique atmosphere of this wonderful historical building, attendees will be able to enjoy a spectacular panoramic view over Rome and savour traditional delicacies of the Italian gastronomy. This gathering has been arranged to encourage the presentation and discussion of interesting and useful topics to users, manufacturers, academics, and students alike. I hope you will have a rewarding technical and personal experience, and use this opportunity to meet old friends and colleagues and to make new acquaintances, also during the many interesting social events that have been programmed. More information about the conference can be found on the website (http://www.ivec2009.org), which will also be updated with additional IVEC‐related information after the end of the conference. I would like to take this opportunity to acknowledge the invaluable help I received from all the Committee Members in setting up the Conference Programme, Richard Carter and the Best Student Paper Selection Panel for their commitment, and Claudio Paoloni for his great dedication and support with the local organization. Last but not least, I would like to thank all people who will present and contribute in some way, without your participation the Conference would not be possible. Marinella Aloisio General & Technical Programme Chair IVEC 2009 Committees
IVEC 2009 Technical Programme Committee
Marinella Aloisio
(General/Technical Programme Chair)
European Space Agency ESA-ESTEC, The Netherlands
Claudio Paoloni
(Local Organization Chair)
Università di Roma Tor Vergata, Italy
Ernst Bosch
Thales Electron Devices, Germany
Richard Carter
University of Lancaster, UK
Stefan Choroba
Deutsches Elektronen-Synchroton, Germany
Mike Clark
TMD Technologies Ltd, UK
Massimo Comparini
Thales Alenia Space, Italy
Aldo Di Carlo
Università di Roma Tor Vergata, Italy
Matthias Gollor
European Space Agency ESA-ESTEC, The Netherlands
Anatoly V. Galdetskiy SRPC "ISTOK", Russia
Gian Piero Gallerano
ENEA, Italy
Karl- Heinz Huebner
TESAT Spacecom, Germany
Erk Jensen
CERN, Switzerland
Marco Lisi
Telespazio, Italy
Konstantin Lukin
National Academy of Sciences of Ukraine / Usikov Institute for Radiophysics and Electronics,
Ukraine
Jean Maynard
Thales Alenia Space, France
Rosario Martorana
Selex Galileo, Italy
Ian Milsom
E2V Technologies, UK
Francesco Mirizzi
Associazione Euratom-ENEA sulla Fusione, Italy
Mark Nightingale
Culham Science Centre, UK
Michael Petelin
Russian Academy of Science-IAP, Russia
Lino Russo
Space Engineering, Italy
Jacques Sombrin
Centre National d'Etudes Spatiales (CNES), France
Francesco Svelto
Agenzia Spaziale Italiana (ASI), Italy
Philippe Thouvenin
Thales Electron Devices, France
Manfred Thumm
Forschungszentrum Karlsruhe/Universität Karlsruhe, Germany
Minh Quang Tran
Centre de Recherches en Physique des Plasmas / Ecole Polytechnique Federale de Lausanne,
Switzerland
Mauro Varasi
Finmeccanica S.p.A, Italy
Siegfried Voigt
Deutsches Zentrum fur Luft- und Raumfahrt (DLR), Germany
IEEE EDS Vacuum Electronics Committee
Dan Goebel
(Chairman)
NASA Jet Propulsion Laboratory, USA
Marinella Aloisio
European Space Agency, The Netherlands
John Booske
University of Wisconsin, USA
Ernst Bosch
Thales Electron Devices, Germany
Richard Carter
University of Lancaster, UK
George Caryotakis
Stanford Linear Accelerator Center, USA
Takao Kageyama
Kitakyushu Foundation for Adv. Ind. Sci. & Tech., Japan
Carol Kory
Calabazas Creek Research/ TeraPhysics, USA
Lalit Kumar
Microwave Tube Research & Development Centre, India
Baruch Levush
Naval Research Laboratory, USA
Fu-Jiang Liao
Beijing Vacuum Electronics Research Institute, China
Konstantin Lukin
National Academy of Sciences of Ukraine, Ukraine
William Menninger
L-3 Communications ETI, USA
Gun-Sik Park
Seoul National University, Korea
Michael Petelin
Russian Academy of Science-IAP, Russia
Charles Spindt
SRI International, USA
Armand Staprans
Communications and Power Industries, USA
Philippe Thouvenin
Thales Electron Devices, France
Manfred Thumm
Forschungszentrum Karlsruhe & University of Karlsruhe, DE
Richard True
L-3 Communications EDD, USA
Jenq-Daw Wang
Chung-Shan Institute of Science and Technology, Taiwan
IVEC 2009 Sponsored and organised by the European Space Agency Technical Co‐sponsorship of the IEEE Electron Devices Society With the organisation support of the University of Rome Tor Vergata Co‐Sponsors Patronage Exhibitors Programme at a Glance Monday, 27 April
14:00 – 18:00
18:00 – 19:30
Seminar: CST Studio Suite & Particle Studio
Welcome cocktail at Angelicum
On-site Registration
Tuesday, 28 April
07:30 – 08:30
08:30 – 08:40
08:40 – 10:40
10:40 – 11:00
On-site Registration
Welcome and Introductory remarks (Aula Magna)
Plenary Session
Coffee break
11:00 – 12:00
Plenary Session
12:00 – 12:20
12:20 – 14:00
Awards Ceremony
Lunch
14:00 – 15:40
Session 3 (Aula Magna) –
High Power Microwave
Devices
15:40 – 16:00
16:00 – 18:00
Session 5 (Aula Minor) –
TWTs 1
Session 7 (Aula 11) –
Field Emission 1
Coffee break
Session 4 (Aula Magna) –
Gyro-devices 1
19:00 – 21:00
Session 6 (Aula Minor) –
THz
Session 8 (Aula 11) –
Design and Modelling
Private Visit to Vatican Museums
Wednesday, 29 April
8:30 – 9:50
Session 9 (Aula Magna) –
TWTs 2
9:50 – 10:10
Coffee break
10:10 – 12:10
Session 10 (Aula Magna) –
Space Systems and SubSystems
12:10 – 13:40
13:40 – 15:20
20:00
Poster
Session 2
Poster
Session 4
Lunch
Session 11 (Aula Magna) –
Applications
15:20 – 15:40
15:40 – 17:40
Poster
Session 3
Poster
Session 1
Session 13 (Aula Minor) –
Cathodes 1
Session 15 (Aula 11) –
Sheet Beam Devices
Coffee break
Session 12 (Aula Magna) –
Space Applications
Session 14 (Aula Minor) –
Field Emission 2
Session 16 (Aula 11) –
Klystron 1
Conference dinner at Castel Sant'Angelo
Thursday, 30 April
8:30 – 9:50
Session 17 (Aula Magna) –
Systems, Sub-systems and
Components
9:50 – 10:10
Coffee break
10:10 – 11:50
Session 18 (Aula Magna) –
IOTs
11:50 – 13:20
13:20 – 15:00
17:20 – 17:30
Poster
Session 6
(Sala
Colonne)
Poster
Session 8
(Sala
Colonne)
Lunch
Session 19 (Aula Magna) –
Modelling
15:00 – 15:15
15:15 – 17:15
Poster
Session 7
(Sala
Colonne)
Poster
Session 5
(Sala
Colonne)
Session 21 (Aula Minor) –
Gyro-devices 2
Session 23 (Aula 11) –
Cathodes 2
Coffee break
Session 20 (Aula Magna) –
Klystron 2
Session 22 (Aula Minor) –
FELs, Magnetrons and
Novel Devices
Closing remarks (Aula Magna)
Session 24 (Aula 11) –
Technology: Guns, Cathodes
and Materials
IVEC 2009 Programme
Monday, 27 April 2009
14:00-18:00
Seminar: CST Studio Suite and CST Particle Studio
14:00-19:30
Registration
18:00-19:30
Welcome Cocktail at Angelicum
Tuesday, 28 April 2009
07:30-08:30
Registration
08:30-08:40
Welcome and Introductory Remarks
Aula Magna
Plenary Session - Aula Magna
08:40
History, Present Status and Future of Gyrotrons
Thumm, M.
Forschungszentrum Karlsruhe (Germany)
09:10
Applying Microfabrication to Helical Vacuum Electron Devices for THz Applications
Dayton, J. 1; Kory, C. 1; Mearini, G. 1; Malta, D. 2; Lueck, M. 2; Gilchrist, K. 2
1
Teraphysics Corp. (United States); 2RTI, Int. (United States)
09:40
Vacuum Electronics Applications at CERN
Jensen, E.
CERN (Switzerland)
10:10
Research and Development of Multi-Beam Klystrons in China
Ding, Y. ; Liu, P.; Zhan, Z.; Wang, Y.
Chinese Academy of Sciences (China)
10:40-11:00
Coffee Break
11:00
TWT's in Space - Present Status and Future Applications
Voigt, S.
DLR (Germany)
11:30
Vacuum Microwave Integrated Circuits for Radar RF Front-End
Lukin, K. 1; Park, G. 2
1
IRE NASU (Ukraine); 2Seoul National University (Korea, Republic of)
12:00-12:20
Ceremony: IVEC Award for Excellence in Vacuum Electronics
12:20-14:00
Lunch Break
Session 3 - High Power Microwave Devices – Aula Magna
Chair: G.P. Gallerano, Enea, Italy
14:00
Cyclotron Protective Device with Increased Frequency Band
Budzinskiy, Y.; Bykovskiy, S.
FSUE RPC "Istok" (Russian Federation)
14:20
Waveguide System for High-Power Microwave Pulse Compression
McStravick, M. 1; Cross, A.W. 1; He, W. 1; Ronald, K. 1; Whyte, C.G 1; Phelps, A.D.R. 1; Konoplev, I.V. 1;
MCInnes, P. 1; Young, A.R. 1; Samsonov, S.V. 2; Mishakin, S.V. 2; Denisov, G.G. 2; Bratman, V.L. 2;
Kolganov, N.G. 2
1
University of Strathclyde (United Kingdom); 2Institute of Applied Physics, Russian Academy of Sciences
(Russian Federation)
14:40
Experimental Study on Hundreds of MW at X-band for Relativistic Backward Wave Oscillator (RBWO)
Min, S.H. 1; Jung, H.C. 1; Park, G.S. 1; An, J.H. 2; Lee, S.H.2; Yoon, Y.J. 2; Kim, J.Y. 3; Choi, J.H. 3; So, J.H. 3
1
Seoul National University (Korea, Republic of); 2Yonsei University (Korea, Republic of); 3Agency for
Defense Development (Korea, Republic of)
15:00
Double-Gap Vircator Operation at Sub-Microsecond Pulse Duration
Shlapakovski, A. 1; Kweller, T. 1; Hadas, Y. 1; Krasik, Ya. E. 1; Polevin, S. 2; Kurkan, I. 2
1
Technion-Israel Institute of Technology (Israel); 2Institute of High-Current Electronics (Russian Federation)
15:20
Recent Progress on Relativistic Magnetrons
Gilgenbach, R.M. ; Franzi, M. ; Hoff, B.W. ; Jordan, N. ; Lau, Y.Y.
University of Michigan (United States)
15:40-16:00
Coffee Break
Session 5 - TWTs I – Aula Minor
Chair: P. Thouvenin, Thales Electron Devices, France
14:00
New 500W Ka band TWT’s
Jarno, J.F.; Bosch, E.; Christ, R.; Lefèvre, M.; Racamier, J.C.; Rupp, H.; Tribout, J.
Thales (France)
14:20
High-Efficiency, Qualification-Tested, 50 - 130 W K-band Traveling-Wave Tubes for Satellite Communications
Downlinks
Menninger, W.L.; Aldana-Gutierrez, S.; Benton, R.T.; Zhai, X.; Zamora, D.; McGeary, W.L.
L-3 Communications Electron Technologies, Inc. (United States)
14:40
Development of Tri-band Helix TWT for Telecommunications using “Semi-metallic Rods” Structure
Martorana, R.; Nicosia, A.
Selex Galileo (Italy)
15:00
500 W Ka-Band Helix-TWT: Transition from Development to Production
Chong, C.K.; Forster, J.W.; Ramay, M.L.; Sneary, S.K.; Tamashiro, R.N.; Zhai, X.
L-3 Electron Technologies, Inc. (United States)
15:20
Space Ka-Band Traveling Wave Tubes - Trend Data of a Sucessful and Eαfficient Production
Beillevaire, F.1; Célérier, N.1; Wohland, R 2 ; Bosch, E.2;
1
Thales Electron Devices (France); 2Thales Elctron Devices (Germany)
15:40-16:00
Coffee Break
Session 7 - Field Emission I – Aula 11
Chair: A. Galdetskiy, FSUE “Istok”, Russia
14:00
Carbon Nanotube Based Cathodes for Microwave Amplifiers (Keynote Presenation)
Legagneux, P.1; Le Sech, N.1; Guiset, P.1; Gangloff, L. 1; Cojocaru, C. 2; Schnell, J.P. 1; Pribat, D. 2;
Teo, K.B.K.3; Robertson, J. 3; Milne, W.I. 3; André, F. 4; Rozier, Y 4; Dieumegard, D. 4
1
Thales Research & Technology (France); 2Ecole Polytechnique (France); 3University of Cambridge
(United Kingdom); 4Thales Electron Devices (France)
14:20
Effect of Evaporation on the Field Emission of a Carbon Nanotube Cathode
Cui, Y. ; Zhang, X. ; Lei, W. ; Di, Y. ; Wang, J. ; Xiao, M.; Yang, X.; Wang, T.
School of Electronic Science & Engineering (China)
14:40
Improved Focus Performance of Triode Structure ZnO-FED with a Metal Grid
Di, Y. 1; Lei, W. 1; Zhang, X. 1; Pan, L. 2; Lu, R. 2; Min, C. 2
1
School of Electronic Science & Engineering (China); 2School of Physics (China)
15:00
Novel Geometry of Carbon Nanotube Field Emitter to Achieve High Current Densities for Terahertz Sources
Silan, J. 1; Niemann, D. 1; Ribaya, B. 1; Rahman, M. 2; Meyyappan, M. 3; Nguyen, C. 4
1
NASA Ames Research Center, Santa Clara University (United States); 2Santa Clara University (United
States); 3NASA Ames Research Center (United States); 4ELORET Corporation (United States)
15:20
MEMS Templating Technique for Miniaturization of Carbon Nanotube Field Emission Guns
Ribaya, B.P. 1; Niemann, D.L. 1; Rahman, M. 2; Blake, D.F. 3; Nguyen, C.V. 4
1
Santa Clara University / NASA Ames Research Center (United States); 2Santa Clara University (United States);
3
NASA Ames Research Center (United States); 4ELORET Corporation / NASA Ames Research Center
(United States)
15:40-16:00
Coffee Break
Session 4 - Gyro-Devices I – Aula Magna
Chair: M. Thumm, Research Center Karlsruhe, Germany
16:00
Space Charge Oscillations in Gyrotron Magnetron-Injection Guns with High Pitch-Factor (Keynote Presenation)
Manuilov, V.
Nizhny Novgorod State University (Russian Federation)
16:20
Design of a Permanent Magnet Gyrotron for Active Denial Systems
Neilson, J. ; Read, M. ; Ives, R.L.
Calabazas Creek Research (United States)
16:40
Design of Interaction Cavity for 42 GHz, 200 kW CW/Long Pulse Gyrotron
Khatun, H. ; Singh, U. ; Kumar, N. ; Bera, A. ; Rao, R.R. ; Sinha, A.K.
CEERI (India)
17:00
Design Study of Magnetron Injection Guns for a 4 MW 170 GHz Coaxial Gyrotron
Rode, J.C. 1; Beringer, M.H. 1; Illy, S. 1; Kern, S. 1; Piosczyk, B.1; Thumm, M. 2
1
Institut für Hochleistungsimpuls- und Mikrowellentechnik (IHM), Forschungszentrum Karlsruhe (FZK)
(Germany); 2Institut für Höchstfrequenztechnik und Elektronik, Uni. KA (TH); Institut für
Hochleistungsimpuls- u (Germany)
17:20
Optimization of Magnetic Field for Maximum Output Power of a 42 GHz CW/Long Pulse Gyrotron
Khatun, H.; Rao, R.R. ; Sinha, A.K.; Joshi, S.N.
Central Electronics Enigineering Research Institute (CEERI,CSIR) (India)
Session 6 – THz – Aula Minor
Chair: J. Booske, University of Wisconsin, USA
16:00
The European Project OPTHER for the Development of a THz Tube Amplifier (Keynote Presenation)
Di Carlo, A. 1; Paoloni, C. 1; Brunetti, F. 1; Terranova, M.L. 1; Durand, A. 2; Marchesin, R. 2; Pham, K. 2;
Krozer, V. 3; Fiorello, A. 4; Dispenza, M. 4; Pribat, D. 5; Megtert, S. 5; Schnell, J.P. 6; Guiset, P. 6;
Legagneux, P. 6; Dolfi, D. 6; De Rossi, A. 6
1
University of Rome Tor Vergata (Italy); 2Thales Components & Subsystems (France); 3Technical University of
Denmark (Denmark); 4SELEX-SI (Italy); 5Ecole Polytechnique/CNRS (France); 6Thales Research and
Technology (France)
16:20
100GHz LIGA-fabricated Coupled-Cavity Device
Srivastava, A. 1; So, J.K. 1; Sattorov, M. 1; Kwon, O.J. 1; Park, G.-S. 1; Baik, C.W. 2; Kim, J.H. 3; Chang, S.S. 3
1
Seoul National University (Korea, Republic of); 2Samsung Advanced Institute of Technology (Korea,
Republic of); 3Pohang Accelerator Laboratory (Korea, Republic of)
16:40
Design Study of Corrugated Waveguide SlowWave Structure for THz Amplification
Mineo, M.; Paoloni, C.
Università di Roma “Tor Vergata” (Italy)
17:00
Experimental, Numerical and Analytical Studies of the Staggered Double Vane Structure for THz Application
Shin, Y.M. ; Barnett, L.R. ; Luhmann Jr., N.C.
University of California, Davis (UCD) (United States)
17:20
220 GHz Folded Waveguide Circuits for High Power Amplifiers
Tucek, J. ; Basten, M. ; Gallagher, D. ; Kreischer, K.
Northrop Grumman (United States)
17:40
A Multiple Electron Beam Array for a 220 GHz Amplifier
Basten, M. 1; Tucek, J. 1; Gallagher, D. 1; Kreischer, K. 1; Liu, J. 2; Ives, L. 3; Manohara, H. 4
1
Northrop Grumman (United States); 2Electron Energy Corporation (United States); 3Calabazas Creek
Research (United States); 4Jet Propulsion Laboratory (United States)
Session 8 - Design and Modelling – Aula 11
Chair: R. Carter, Lancaster University, UK
16:00
Evolutionary Algorithms and High Efficiency Multiple Beam Klystron (MBK) Design
Lingwood, C.; Carter, R.G.; Gunn, K.
Lancaster University (United Kingdom)
16:20
Analysis of Thermal Interface Resistivity of a Helix TWT Slow-Wave Structure
Han, Y. ; Liu, Y.W. ; Ding, Y.G. ; Liu, P.K.
Institute of Electronics, Chinese Academy of Sciences (China)
16:40
Time-Domain Modeling of Emission-Gated Electron Guns
Wilsen, C. ; Kowalczyk, R. ; Kirshner, M. ; Boyle, M.
L-3 Communications EDD (United States)
17:00
Modeling and Design of High-Power Single-Beam and Multiple-Beam Inductive Output Tubes
Wright, E. 2; Nguyen, K. 2; Pasour, J. 1; Cooke, S. 1; Levush, B. 1; Petillo, J. 3; Chernyavskiy, I 3; DeFord, J. 4;
Held, B. 4; Cusick, M. 5
1
Naval Research Laboratory (United States); 2Beam Wave Research, Inc. (United States); 3SAIC
(United States); 4Simulation Technology and Applied Research, Inc. (United States); 5CPI (United States)
17:20
Design of Asymmetrical Electron Beam Devices Using Computer Optimization
Ives, L. 1; Bui, T. 1; Read, M. 1; Attarian, A. 2; Tallis, W. 2; Tran, H. 2; Posth, M. 3
1
Calabazas Creek Research, Inc. (United States); 2North Carolina State University (United States);
3
Consultant (United States)
17:40
TESLA Modeling of the Linear-Beam Amplifiers
Chernyavskiy, I.A. 1; Vlasov, A.N. 2; Cooke, S.J. 2; Abe, D.K. 2; Levush, B. 2; Antonsen, T.M. 3; Pershing, D.E. 4;
Wright, E.L. 4; Ngyuen, K.T. 4
1
SAIC (United States); 2Naval Research Laboratory (United States); 3University of Maryland (United States);
4
Beam-Wave Research, Inc. (United States)
19:00-21:00
Private Visit to Vatican Museums
Wednesday, 29 April 2009
Session 9 - TWTs II – Aula Magna
Chair: E. Bosch, Thales Electron Devices GmbH, Germany
08:30
Development of DBS band 750W TWT
Nemoto, A. ; Soga, K. ; Yoshida, M. ; Tsutaki, K.
NEC Microwave Tube, Ltd. (Japan)
08:50
95 GHz Helical TWT Design
Kory, C. 1; Dayton, Jr., J. 1; Mearini, G. 1; Malta, D. 2; Lueck, M. 2; Gilchrist, K. 2; Vancil, B. 3
1
Teraphysics Corporation (United States); 2RTI International (United States); 3Ebeam Incorporated
(United States)
09:10
Design of an Overmoded W-band TWT
Comfoltey, E.N. ; Shapiro, M.A.; Sirigiri, J. ; Temkin, R.J.
MIT (United States)
09:30
High Average Power W-band TWT Development
Theiss, A. ; Meadows, C. ; Freeman, R. ; True, R. ; Martin, M. ; Montgomery, K.
L-3 Communications (United States)
09:50-10:10
Coffee Break
Poster Session I – Sala Colonne
08:30 - 10:10
Particle-in-Cell Simulation of Helix Traveling-Wave Tube
Zhu, Z.; Jia, B.; Wan, D.; Ding, S.
University of Electronic Science and Technology of China (China) ................................................................................. P 1.1
The Study of Dispersion Shaping and Harmonic Suppression in Helix TWT
Zhu, Z.; Jia, B.; Wan, D.; Ding, S.
University of Electronic Science and Technology of China (China) ................................................................................. P 1.2
Design and 3-D Simulation of Microfabricated Folded Waveguide for a 220GHz Broadband Traveling-Wave Tube
Application
Zheng, R. ; Chen, X.
Vestfold University College (Norway) ................................................................................................................................ P 1.3
Influence of Variations of the Electrodynamics Performances under the Attenuator on Parameters of Helix TWT
Danilov, A.B. ; Il'ina, E.M. ; Rafalovich, A.D.
The Federal State Unitary Enterprise NPP “Almaz” (Russian Federation) ..................................................................... P 1.4
Superradiance Mechanism in the Sectionalized Relativistic BWO and TWT
Kurayev, A.A. ; Sinitsyn, A.K.
Belarusian State University of Informatics and Radioelectronics (Belarus) ..................................................................... P 1.5
Improving the Linearity and Output Power of a Ku-band TWT by Optimizing Electron Beam Radius and Helix Stucture
Li, L.; Feng, J.
Vacuum Electronics National Lab, (China)......................................................................................................................... P 1.6
Calculation of Reflection Factor H0i - Waves of a Round Waveguide from a Dielectric Window with a Compensating
Groove
Naranovich, O.I. ; Sinitsyn, A.K.
Belarusian State University of Informatics and Radioelectronics (Belarus) ...................................................................... P1.7
A Self-Consistent Potential Formalism in the Electrodynamics
Gritsunov, A.
Knure (Ukraine) ................................................................................................................................................................... P 1.8
Analysis of the Beam-Loading Conductance in Three-gap Coupled Cavity
Ma, J. 1,2; Wang, Y. 1 ; Wang, S.Z. 1; Quan, Y. 1,2 , Han, H. 1,2
1
Key Laboratory of High Power Microwave Sources and Technologies, Institute of Electronics, Chinese Academy of
Sciences (China); 2Graduate University of Chinese Academy of Sciences (China) .......................................................... P 1.9
Investigation of Conductivity Loss in a Helix Slow-Wave Structure due to the Backward-Wave Space-Harmonic
Propagation Mode
Datta, S.K. 1; Kumar, L. 1; Basu, B.N. 2
1
Microwave Tube R&D Centre (India); 2College of Engineering and Technology (India) ............................................ P 1.10
CTHelixLS: A Novel Tool for the Cold Test and Large Signal Analysis of Helix SWS
Coco, S. 1;Laudani, A. 1; Pollicino, G. 1; Tirrò, P. 1; Martorana, R. 2
1
University of Catania (Italy); 2Selex Galileo (Italy) ....................................................................................................... P 1.11
Design of a Gridded Electron Gun for Traveling-Wave Tubes: an EGUN Case Study
Xavier, C.C. 1; Motta, C.C. 2
1
Instituto de Pesquisas Energeticas e Nucleares (Brazil); 2University of Sao Paulo (Brazil) ....................................... P 1.12
Modeling of Coupled Cavity TWT with TESLA
Vlasov, A.N. 1; Cooke, S.J. 1; Levush, B. 1; Antonsen, Jr., T.M. 2; Chernyavskiy, I.A. 3; Chernin, D. 3
1
Naval Research Laboratory (United States); 2University of Maryland (United States); 3Science Applications
International Corporation (United States) ....................................................................................................................... P 1.13
Design of a Microfabricated TunneLadder Slow-Wave Structure for a 50 GHz Millimeter Traveling-Wave Tube
Song, H. 1; Lee, J. 1; Lin, M.C. 2; Smithe, D.N. 2; Stoltz, P.H. 2
1
University of Colorado (United States); 2Tech-X Co. (United States) ........................................................................... P 1.14
Helix TWT Yield Improvement by Helix Pitch Optimization
Mineo, M.; Paoloni, C.
University of Roma Tor Vergata (Italy) ............................................................................................................................ P 1.15
1D Large Signal Lagrangian Model for a 200W Ku-Band TWT
Lopes, D. 1 ; Motta, C. 2
1
Nuclear and Energetic Research Institute - IPEN (Brazil); 2University of Sao Paulo - USP (Brazil) .......................... P 1.16
Comparison of Metals in their Steadiness to Pulse-Periodic Microwave Heating Fatigue
Petelin, M. 1; Fix, A. 2
1
Institute of Applied Physics RAS (Russian Federation); 2Institute of Applied Physics (Russian Federation) .............. P 1.17
09:50-10:10
Coffee Break
Poster Session III – Sala Colonne
08:30 - 10:10
Spurious-Mode-Suppressing Method in Cylindrical Resonator for High Peak Power Multi-Beam Klystron
Han, H.P. 1,2 ; Wang, Y. 1; Zhang, R. 1,2; Ruan, W. 1,2 ; Ma, J. 1,2 ; Han, Y. 1,2
1
Key Laboratory of High Power Microwave Sources and Technologies, Institute of Electronics, Chinese Academy of
Sciences (China); 2 Graduate University of Chinese Academy of Sciences (China).......................................................... P 3.1
Design and Fabrication of Pole-Controlled Electron Gun in PPM
Li , S.; Zhao, G.
Institute of Electronics, Chinese Academy of Science (China) ........................................................................................... P 3.2
Defect Modes in Two-Dimensional Parallelogram Lattice Photonic Crystals
Qi, L.1 ; Yang, Z. 1; Lu. F. 2
1
Institute of High Energy Electronics, University of Electronic Science and Technology of China (China); 2Group of
physics, Senior High School of Fengcheng (China) ............................................................................................................ P 3.3
PTG1181 Electron Gun Development Abstract
Phillips, G. ; Gates, R.
TMD Technologies Ltd (United Kingdom) ......................................................................................................................... P 3.4
Amplification Factor in IOTs with Island Building
Crane, S. ; Carter, R.; Burt, G.
Lancaster University (United Kingdom) ............................................................................................................................. P 3.5
Effects of Annealing on Microstructure of Osmium-Ruthenium Thin Films
Li, W.-C. 1 ; Roberts, S. 2; Balk, T.J. 1
1
University of Kentucky (United States); 2Semicon Associates (United States) ................................................................. P 3.6
Thermal Management: Effect of Heater Geometry on Dispenser Cathode Temperature
Busbaher, D.
Semicon Associates (United States) ..................................................................................................................................... P 3.7
Design and Test of a 90 kV, Low Emittance, Gridded Gun
Read, M. ; Ives, R.L. ; Marsden, D. ; Collins, G.
Calabazas Creek Research Inc. (United States) .................................................................................................................. P 3.8
High Dielectric Nanocrystalline Materials on Carbon Nanotubes for Vacuum Electronics
Terranova, M.L. 1; Orlanducci, S. 1; Tamburri, E. 1; Toschi, F. 1; Guglielmotti, V. 1; Sessa, V. 1; Rossi, M. 2
1
Università di Roma “Tor Vergata” (Italy); 2Università di Roma “Sapienza” (Italy)........................................................ P 3.9
Dual Anode Electron Gun & PPM Focusing for Ka-Band TWT
Sharma, R.K.S.; Choudhury, A.R.; Sharma, S.M.; Arya, S.; Bera, A.; Srivastava, V. ..................................................... P 3.10
CEERI, Pilani (India)
Cathode Manufacturing: Relational Data Collection and Process Control Systems
Effgen, M.
Semicon Associates (United States) ................................................................................................................................... P 3.11
A Novel Nanocomposite Scandia-tungsten Coated Dispenser Cathode
Wang, P.; Li, J.
Beijing Vacuum Electronics Research Institute (China) ................................................................................................... P 3.12
Carbon Nanotube Based Photocathodes for High Frequency Amplifiers
Le Sech, N. 1, Hudanski, L. 1, Minoux, E. 1, Gangloff, L. 1, Schnell, J.-P. 1, Caillard, A. 1, Cojocaru, C.S. 1, Teo, K.B.K.2,
Robertson, J. 2, Milne, W.I. 2, Châtelet, M. 1, Pribat, D. 1 ; Legagneux, P. 1
1
Nanocarb Laboratory, Thales - Ecole Polytechnique (France); 2Electrical Engineering Division, University of
Cambridge (United Kingdom)............................................................................................................................................ P 3.13
Ba/BaO Evaporation Measurement During Accelerated Life Test
Wang, T. 1; Zhang, X. 1; Xiao, M. 1; Wang, J. 1; Gaertner, G. 2; Lei, W. 1; Huang, C. 3
1
School of Electronic Science and Engineering (China); 2Philips Research Laboratories (Germany); 3GuoGuang
Electric Co, Ltd (China) ..................................................................................................................................................... P 3.14
Field Emission Property Improved by ZnO Acicular Nanostructure through Chemical Bath Deposition
Chen, J. ; Lei, W. ; Zhang, X.B.
School of Electronic Science and Engineering (China) .................................................................................................... P 3.15
Measurement and Analysis of Advanced Field Emitting Cold Cathodes
Sule, N. ; Scharer, J. ; Booske, J. ; Sengele, S. ; Vlahos, V.
University of Wisconsin, Madison (United States) ............................................................................................................ P 3.16
09:50-10:10
Coffee Break
Session 10 - Space Systems and Sub-Systems – Aula Magna
Chair: J. Puech, CNES, France
10:10
Multiport Amplifiers for Satellite Applications: Historical Perspectives and Future Directions
Aloisio, M. 1; Angeletti, P. 1; Lisi, M. 2
1
European Space Agency (Netherlands); 2Telespazio (Italy)
10:30
Improved Flexibility by In-Orbit-Adjustable Saturation Output Power of TWTs
Jaumann, G.
TESAT-SPACECOM (Germany)
10:50
Microwave Power Modules in Space: The Mini-RF Transmitter for the Lunar Reconnaissance Orbiter
Basten, M. ; Duthie, J. ; Ferek, A. ; LaFortune, D. ; Perkins, J. ; Rein, J.
Northrop Grumman (United States)
11:10
Performance Analysis of Satellite Payload Output Sections based on Multiport Amplifiers
D'Addio, S. ; Aloisio, M. ; Colzi, E. ; Angeletti, P.
European Space Agency (Netherlands)
11:30
Advanced Flexible KU Band MPM Artes 3
Boone, P. 1; Fournier, J. 1; Perrel, M. 3; Maynard, J. 3; Tonello, E. 3; Fayt, P. 4; Pequet, E. 4
1
Thales Electron Devices (France); 2Thales Alenia Space (France); 3Thales Alenia Space (Belgium)
11:50
Evaluation of the Next Steps in Satellite High Power Amplifier Technology: Flexible TWTAs and
GaN SSPAs
Kaliski, M.; Space Systems/Loral (United States)
12:10-13:40
Lunch Break
Poster Session II – Sala Colonne
09:50 - 12:10
Effects of Tip’s Shape on the Beam Loading of a Cavity
Quan, Y. ; Ding, Y. ; Wang, S.
Institute of Electronics, Chinese Academy of Sciences (China).......................................................................................... P 2.1
Equivalent Circuit Analysis of Out-loaded Cavity
Quan, Y. ; Ding, Y.
Institute of Electronics, Chinese Academy of Sciences (China).......................................................................................... P 2.2
Design of A Novel 30.5GHz Transition for Gyro-TWT
Yu, X.H.; Meng, L.; Niu, X.J.
University of Electronic Science and Technology of China (China) .................................................................................. P 2.3
Study of Complex Mode Converter for 3mm-wave Complex Cavity Gyrotron
Yu, X. ; Meng, L.; Niu, X. ; Yang, J.
University of Electronic Science and Technology of China (China) .................................................................................. P 2.4
A Gyrotron-Traveling-wave Amplifier Based on Lossy Dielectric-coated Metal Cylindrical Waveguide
Du, C.; Xue, Q.; Liu, P.; Wang, M.
Institute of Electronics, Chinese Academy of Sciences (China).......................................................................................... P 2.5
TWT Life Cost Reduction Program
Mitsdarffer, K.B. ; Correll, R.D.
NSWC Crane (United States) ............................................................................................................................................... P 2.6
Experimental Characterization of a Ka-Band Sheet-Beam Coupled-Cavity Slow-Wave Structure
Larsen, P.B. ; Abe, D.K. ; Cooke, S.J. ; Levush, B.
Naval Research Laboratory (United States)........................................................................................................................ P 2.7
Growth Rate of the Coaxial Slow Wave Structure
Teng, Y. 1; Tang, C.X. 1; Liu, G.Z. 2; Chen, C.H. 2; Shao, H. 2
1
Tsinghua Special Energy Institute (China); 2Northwest Institute of Nuclear Technology (China).................................. P 2.8
Design and Simulation of 30GHz 4 Cavities Gyroklystron
Lei, C.
The Chinese People’s Armed Police Forces Academy (China) .......................................................................................... P 2.9
Design of RF Window for 42 GHz, 200kW Gyrotron
Alaria, M.K.; Nayek, N., Das, S.; Sinha, A.K.
CEERI (India)..................................................................................................................................................................... P 2.10
Traveling Wave Tube on Coupled Cavity Chain: Obstacles in Bandwidth Extension
Komarov, D.A. ; Morev, S.P.
Federal State Unitary Enterprise “Research and Production Corporation “Toriy” (Russian Federation)................... P 2.11
A Co-Harmonic Gyro-Oscillator with a Novel Interaction Cavity
Constable, D. 1; Ronald, K. 1; Phelps, A.D.R. 1; He, W. 1; Cross, A.W. 1; McConville, S.L. 1; Konoplev, I.V. 1;
Bandurkin, I.V. 2; Savilov, A.V. 2; Bratman, V.L. 2
1
University of Strathclyde (United Kingdom); 2Institute of Applied Physics, Russian Academy of Science
(Russian Federation) .......................................................................................................................................................... P 2.12
Microstrip Meander-Line Slow Wave Structure Based on Electromagnetic Band Gap Surface
Bai, N.F. 1; Xue, M 1; Xingqun Z.1, Chao P.1, Liao, F.J. 2; Sun, X.H. 1
1
Research Center for Electronic Device and System Reliability, Southeast University, Nanjing (China); 2 Beijing
Vacuum Electronics Research Institute, Beijing (China) .................................................................................................. P 2.13
Design of a Multi-Beam Electron Gun and Cavity for a S-Band Power Klystron
Joshi, L.M.; Nandy, P.S.; Karim, R.; Kant, D.; Das, T.; Kant, D.; Pal. D.; Nangru, S.C.; Lamba, O.S.; Ghildiyal, A.;
Verma, M.K.
Central Electronics Engineering Research Institute, Pilani (India) ................................................................................. P 2.14
Design of Helical Slow Wave Structure for Ka-band 40W Space TWT
Bera, A.; Kumar, D. ; Choudhary, A.R. ; Sharma, R.K. ; Srivastava, V.
CEERI (India) .................................................................................................................................................................... P 2.15
High Efficiency Multiple Beam Klystron (MBK) Stability
Lingwood, C. ; Carter, R.G.; Burt, G.
Lancaster University (United Kingdom)............................................................................................................................ P 2.16
12:10-13:40
Lunch Break
Poster Session IV – Sala Colonne
09:50 - 12:10
Low Voltage Driven Field Emission from a ZnO Nanotetrapod and MgO Hybrid Emitter with a Spin-Coating Method
Zhang, Z.; Qu, K.; Yang, Y. ; Lei, L.
Jiangsu Information Display Engineering Research Center, School of Electronic Science and Engineering,
Southeast University, Nanjing (China) ................................................................................................................................ P 4.1
Role of Amorphous Phase in Electron Emission from Ferroelectric Copolymer P(VDF-TrFE) Films
Li, J. ; Gu, C.
Institute of Physics, Chinese Academy Sciences (China) ................................................................................................... P 4.2
Synthesis and Field Emission Property of Tetrapod-like Zinc Oxide Nanostructures by Inductive Heating
Zhang, P. ; Lei, W. ; Yang, X.X. ; Qu, K.
Jiangsu Information Display Engineering Research Center, School of Electronic Science and Engineering,
Southeast University (China) .............................................................................................................................................. P 4.3
Comparative Analysis Microwave and Radiofrequency Heating for Thermal Ablation of Tumor
Makarov, V. ; Uschenko, G.
Federal State Unitary Enterprise “Research and Production Corporation “Toriy” (Russian Federation)..................... P 4.4
Investigation of Y2O3-Mo Emitter
Liu, W.; Wang, J.; Ren, Z.; Gao, F.; Wang, Y.; Zhou, M.
College of Materials Science and Engineering, Beijing University of Technology (China).............................................. P 4.5
Field Emission from Vertically Aligned Indium Tin Oxide Tip Array
Lee, C.H. ; Lee, S.W. ; Lee, S.S.
Korea Advanced Institute of Science and Technology, KAIST (Republic of Korea) ......................................................... P 4.6
Numerical Simulation of Amplification in Hybrid Planar Ubitron
Ilyenko, K. ; Goryashko, V.
Institute for Radiophysics and Electronics of NAS of Ukraine (Ukraine) ......................................................................... P 4.7
Study of the Performance Comparison between Micro-Chamber Quadrupole Mass Spectrometer and Miniature
Quadrupole Mass Spectrometer
Xiao, M. ; Zhang, X.; Zhao, Z.
Jiangsu Information Display Engineering Research Center, School of Electronic Science and Engineering,
Southeast University (China) .............................................................................................................................................. P 4.8
Interaction of Evanescent Wave and Smith-Purcell Radiation Modes in Resonant BWO-DRO Device
Lukin, K. 1; Khutoryan, E. 1; Park, G. 2
1
IRE NASU (Ukraine); 2Seoul National University (Republic of Korea) .......................................................................... P 4.9
Simulations of Terahertz Coherent Transition Radiation by an Ultrashort Bunch Generated from the Photocathode
Liu, W.1,2,3; Tang, C.1,2,3; Wang, W.1,2,3; Yang, Z.4; Park, G.S.5
1
Department of Engineering Physics, Tsinghua University, Beijing (China); 2Key Laboratory of Particle & Radiation
Imaging (Tsinghua University), Ministry of Education, Beijing (China); 3Key Laboratory of High Energy Radiation
Imaging Fundamental Science for National Defense, Beijing (China); 4Institute of High Energy Electronics,
University of Electronic Science and Technology of China, Chengdu (China); 5School of Physics and Astronomy,
Seoul National University, Seoul (Korea, Republic of)..................................................................................................... P 4.10
The Field Emission Properties of Diamond Films on TiSi2/Si
Gu, C.Z. ; Liu, W.
National Laboratory for Condensed Matter Physics, Institute of Physics (China) ......................................................... P 4.11
Field Emission Performance of Nanostructured Carbon Films
Carta, S. 1; Rossi, M.C. 2; Conte, G. 2; Ralchenko, V. 3
1
CNR IFN National Research Council (Italy); 2University of Roma Tre (Italy); 3Physics Institute, RAS
(Russian Federation) ......................................................................................................................................................... P 4.12
Field Emission Microgun for THz Amplifiers
Ulisse, G.; Brunetti, F.; Di Carlo, A.
University of Rome "Tor Vergata" (Italy).......................................................................................................................... P 4.13
Effect of Ion Bombardment on The Field Emission of a Zinc Oxide Cathode
Cui, Y. ; Zhang, X. ; Lei, W. ; Di, Y. ; Wang, J. ; Yang, X.
School of Electronic Science & Engineering (China) ...................................................................................................... P 4.14
Electron Field Emission from Wide Band-Gap Semiconductors (GaN)
Litovchenko, V. 1; Grygoriev, A. 1; Evtukh, A. 1; Yilmazoglou, O. 2; Hartnagel, H. 2; Pavlidis, D. 2
1
Institute of Semiconductor Physics (Ukraine); 2Technische Universität Darmstadt (Germany) ................................. P. 4.15
Enhanced Field Emission of Tetrapod Zinc Oxide in methane
Jinchan Wang, J.; Zhang, X.; Lei, W.; Mao, F.; Cui, Y.; Xiao, M.
School of Electronic Science and Engineering, Southeast University, Nanjing; Jiangsu Information Display
Engineering Research Center (China)............................................................................................................................... P 4.16
Structure-less Generation of Sub-millimeter Radiation
Bishofberger, K.; Svimonishvili, T.; Faehl, R.J.; Carlsten, B.E.
Los Alamos National Laboratory (United States) ............................................................................................................. P 4.17
12:10-13:40
Lunch Break
Session 11 – Applications – Aula Magna
Chair: S. Cauffman, Communications & Power Industries, USA
13:40
170 GHz, 2 MW Coaxial Cavity Gyrotron for ITER - Recent Results Obtained with a Short Pulse Tube
(Keynote Presenation)
Rzesnicki, T. 1; Piosczyk, B. 2; Gantenbein, G. 2; Jin, J. 2; Kern, S. 2; Samartsev, A. 2; Thumm, M. 3
1
Forschungszentrum Karlsruhe (FZK) (Germany); 2IHM, Forschungszentrum Karlsruhe (Germany);
3
IHE, Universitaet Karlsruhe also IHM, Forschungszentrum Karlsruhe (Germany)
14:00
High Efficient Quasi-Optical Mode Converter for Coaxial ITER Gyrotron
Jin, J. 1; Thumm, M. 1,2; Piosczyk, B. 1; Kern, S. 1; Flamm, J. 1,2; Rzesnicki, T. 1
1
Forschungszentrum Karlsruhe, Association EURATOM-FZK, Institut für Hochleistungsimpuls-und
Mikrowellentechnik (IHM), Karlsruhe (Germany); 2Universität Karlsruhe, Institut für
Höchstfrequenztechnik und Elektronik (IHE), Karlsruhe (Germany)
14:20
Development in Russia of 170 GHz Gyrotron for ITER
Litvak, A.G. 1; Denisov, G.G. 1; Agapova, M.V. 2; Gnedenkov, A.Ph. 2; Kostyna, A.N. 2; Nichiporenko, V.O. 2;
Myasnikov, V.E. 2; Popov, L.G. 2; Tai, E.M. 2; Usachev, S.V. 2; Zapevalov, V.E. 1; Chirkov, A.V. 1; Ilin, V.I. 3;
Ilin, V.N. 2; Kuftin, A.N. 1; Malygin, S.A. 2; Malygin, V.I. 1; Parshin, V.V. 1; Pavel’ev, A.B. 1;
Rukavishnikova, V.G. 1; Roschin, Yu.V. 3; Sokolov, E.V. 2; Soluyanova, E.A. 2; Vikharev, A.L. 1
1
Institute of Applied Physics (Russian Federation); 2GYCOM Ltd. (Russian Federation); 3Nuclear Fusion
Institute, Research Center “Kurchatov Institute” (Russian Federation)
14:40
Linac for Medical Applications
Das, S. ; Krishnan, R. ; Bhagwat, A.P. ; Pethe, S.N.
SAMEER (India)
15:20-15:40
Coffee Break
Session 13 - Cathodes I – Aula Minor
Chair: I. Milsom, E2V Technologies, UK
13:40
Miniature Thermionic Cathode Assembly for High Frequency Linear Beam Devices
Vancil, B. 1; Dayton, J. 2; Kory, C. 2; Hawken, K. 3
1
e beam, Inc. (United States); 2Teraphysics Corporation (United States); 3Private Consultant (United States)
14:00
Manufacturing for High-Performance Multibeam Cathodes
Yin, S.Y.; Zhang, H.; Ding, Y.
Key Labouratory of High Power Microwave Sources and Technologies, Institute of Electronics, Chinese
Academy of Sciences (China)
14:20
Multi Beam X-Ray Tube with the Field Emitter on the Base of Nanocrystalline Graphite for Computer
Tomography
Guzilov, I.1; Kuzmich, K.1; Maslennikov, O.1; Smirnova, E.1; Minakov, P.2; Poroykov, A.2; Rakhimov, A.2;
Seleznev, B. 2; Sen, V. 2
1
FSUE Toriy (Russian Federation); 2Lomonosov Moscow State University (Russian Federation)
14:40
High Reliability, >10A/cm2, Long-Life, Dispenser Cathodes for Space Applications with Multi-Year In-Orbit
Data from the CloudSat Mission
Green, M.C. 1; Roitman, A.2; Steer, B.2; Cattelino, M.J.3; Miram, G.V.4; Im, E.5; Tanelli, S.5
1
Varian Medical Systems (United States); 2CPI Millimeter Wave Products (Canada); 3CPI Microwave Power
Products (United States);4Consultant, Atherton (United States);5Jet Propulsion Laboratory, California
Institute of Technology (United States)
15:00
Recent Progress of Oxide Cathode Research for Microwave Tube Applications in IECAS
Wang, X. ; Liao, X. ; Luo, J. ; Zhao, Q. ; Wang, Q.
Institute of Electronics,Chinese Academy of Sciences (China)
15:20-15:40
Coffee Break
Session 15 - Sheet Beam Devices – Aula 11
Chair: M. Kirshner, L-3 Communications Electron Devices, USA
13:40
X-Band Sheet Beam Klystron (XSBK) (Keynote Presenation)
Cusick, M. 1; Atkinson, J. 1; Balkcum, A. 1; Caryotakis, G. 1; Gajaria, D. 1; Grant, T. 1; Meyer, C. 1; Lind, K. 1;
Perrin, M. 1; Scheitrum, G. 2; Jensen, A. 3
1
Communications & Power Industries, Inc. (United States); 2Varian (United States); 3SLAC (United States)
14:00
Design of a G-band Sheet-beam Extended-Interaction Klystron
Nguyen, K. 1; Pasour, J. 2; Wright, E. 1; Pershing, D. 1; Levush, B. 2
1
Beam-Wave Research, Inc. (United States); 2Naval Research Laboratory (United States)
14:20
Solenoidal Transport of Low-Voltage Sheet Beams for Millimeter Wave Amplifiers
Pasour, J.; Nguyen, K. ; Antonsen, T. ; Larsen, P.; Levush, B.
Vacuum Electronics Branch, US Naval Research Laboratory (United States)
14:40
0.5THz Smith-Purcell Device using Sheet Electron Beam
So, J.K. 1; Srivastava, A. 1; Sattorov, M. 1; Jang, K.H. 1; Won, J.H. 1; Park, G.S. 1; Raju, R.S. 2; Wang, Y. 3;
Wang, J. 3
1
Seoul National University (Korea, Republic of); 2Central Electronics Engineering Research Institute
(India); 3Beijing University of Technology (China)
15:00
Interaction Simulation of an X-band Sheet Beam Klystron
Ruan, W.1,2; Wang, Y. 1; Ding, Y. 1; Ruan, C. 1; Zhang, R. 1; Wang, S. 1; Zhao, D. 1; Han, H. 1,2
1
Key Laboratory of High Power Microwave Sources and Technologies, Institute of Electronics, Chinese
Academy of Sciences (China); 2Graduate University of Chinese Academy of Sciences (China)
15:20-15:40
Coffee Break
Session 12 - Space Applications – Aula Magna
Chair: W. Menninger, L-3 Communications Electron Technologies, USA
15:40
Design of a Ka Band Transmitter for the Bepi Colombo Radioscience Experiment
Dainelli, V. 1; Serrano, F. 1; Tomasi, L. 1; Tuninetti, C. 1; Olivieri A.2; Ibba, R. 2
1
Rheinmetall Italia SpA (Italy); 2ASI-Italian Space Agency (Italy)
16:00
High-Power Flexible Payload Architectures for Future European Broadcasting Satellite Services
Gabellini, P. ; Russo, L.
Space Engineering S.p.A. (Italy)
16:20
A 20 kW X Band High Power Amplifier for ESA DEEP SPACE Ground Stations
Dainelli, V. 1; Serrano, F. 1; Tomasi, L. 1; Tuninetti, C. 1; Martì, S. 2; Alessi, G. 2; Maddè, R. 2
1
Rheinmetall Italia SpA (Italy); 2ESA-ESOC (Germany)
16:40
High Power 94 GHz Amplifier for EarthCARE Mission Doppler Radar
Gambarara, M. 1; Battisti, A. 1; Cantamessa, M. 1; Roitman, A. 2; Dobbs, R. 2; Berry, D. 2; Steer, B. 2
1
Selex Galileo (Italy); 2Communication & Power Industries (Canada)
17:00
Multipactor Breakdown in Waveguide Irises
Semenov, V.E. 1; Rakova, E.I. 1; Nefedov, I.M. 2; Shereshevski, I.A. 2; Vdovicheva, N.K. 2; Udiljak, R. 3;
Anderson, D. 3; Lisak, M. 3; Puech, J. 4
1
Institute of Applied Physics, Russian Academy of Sciences (Russian Federation); 2Institute for Physics of
Microstructures, Russian Academy of Sciences (Russian Federation); 3Dept. of Radio and Space Science,
Chalmers University of Technology (Sweden); 4Centre National d’Etudes Spatiales (France)
17:20
A Study of Oven Magnetrons toward a Transmitter for Space Applications
Mitani, T. 1; Kawasaki, H. 2; Shinohara, N. 1; Matsumoto, H. 1
1
Kyoto University (Japan); 2Japan Aerospace Exploration Agency (Japan)
Session 14 - Field Emission II – Aula Minor
Chair: M. Varasi, Finmeccanica S.p.A, Italy
15:40
Optically Driven Field Emission Array for THz Amplifiers (Keynote Presenation)
Guiset, P. ; Combrie, S ; Antoni, T. ; Carras, M. ; De Rossi, A. ; Schnell, J.P. ; Legagneux, P.
Thales Research and Technology (France)
16:00
Four-Terminal Field-Emission Characteristics of Double-Gate Metallic Field-Emitter Array Cathodes with
Controlled Apex Sizes Fabricated by Molding and Self-Aligned Gate Process
Tsujino, T. ; Kirk, E. ; Vogel, T.; Gobrecht, J.
Paul Scherrer Institut (Switzerland)
16:40
Microwave Sintering and Field Emission Property of CNTS/Diamond Composite
Shan, Y. ; Zeng, B. ; Dong, J. ; Tian, S. ; Xie, M.
National Key Laboratory of High Power Vacuum Electronics School of Physical Electronics, University of
Electronic Science and Technology of China Chengdu (China)
17:00
Surface Chemical Analysis of Cesium-Iodide (CsI) coated Carbon (C) Fibers and Thin Films for Field
Emission Applications
Vlahos, V. 1; Morgan, D. 1; Booske, J.H. 1; Shiffler, D. 2
1
University of Wisconsin, Madison (United States); 2Air Force Research Laboratory, Kirtland AFB
(United States)
17:20
Improvement of the Field-Emission Characteristics of a Cold Cathode with Nano Particles
Wei, L. 1; Xiaobing, Z. 1; Chengxian, H. 2; Guodong, Y. 3
1
School of Electronic Science and Engineering (China); 2GuoGuang Electric Co, Ltd (China); 3Hua Dong
Electronics Opto-Electronic Science and Technology Co. Ltd (China)
Session 16 - Klystron I – Aula 11
Chair: S. Choroba, Deutsches Elektronen-Synchroton, Germany
15:40
Experimental Progress on the Development of a Multiple-Beam Klystron with 13% Bandwidth
(Keynote Presenation)
Abe, D.K. 1; Pershing, D.E. 2; Wright, E.L. 3; Nguyen, K.T. 3; Wood, F.N. 1; Myers, R.E. 3; Eisen, E.L. 4;
Levush, B. 1
1
US Naval Research Laboratory (United States); 2Beam-Wave Research, Inc (United States); 3Beam-Wave
Research, Inc (United States); 4CPI (United States)
16:00
Design and Operation of a High Power, High Efficiency, L-Band Multiple Beam Klystron (Keynote Presenation)
Habermann, T. ; Balkcum, A. ; Begum, R. ; Bohlen, H. ; Cattelino, M. ; Cesca, E. ; Cox, L. ; Eisen, E. ;
Forrest, S. ; Gajaria, D. ; Kimura, T. ; Ramirez-Aldana, J. ; Staprans, A. ; Stockwell, B. ; Zitelli, L.
Communications and Power Industries, Inc. (United States)
16:20
Design, Fabrication, and Test of an X-Band Multiple Beam Klystron
Ives, L. 1; Ferguson, P. 1; Marsden, D. 1; Song, L. 1; Read, M. 1; Miram, G. 1; Collins, G. 1; Krasnykh, A. 2;
Ivanov, V. 2
1
Calabazas Creek Research, Inc. (United States); 2Stanford Linear Accelerator Center (United States)
16:40
A 500kW, C Band Pulse Power Klystron with Permanent Magnet
Luo, J. ; Zhu, M. ; Guo, W. ; Zhang, Y. ; Cui, H.
Institute of Electronics, Chinese Academy of Sciences (China)
17:00
Development of a C-Band Broadband Klystron
Zhang, Z.C, Fan, J.J., Zhang, Y.W. ; Institute of Electronics, Chinese Academy of Sciences (China)
17:20
Development of an S-band 100MW Klystron in IECAS
Wang, Y. ; Xie, J.X. ; Zhang, R.; Ding, Y.; Liu, P.
Institute of Electronics, Chinese Academy of Sciences (China)
20:00
Conference Dinner at Castel Sant’Angelo
Thursday, 30 April 2009
Session 17 - Systems, Sub-Systems and Components – Aula Magna
Chair: G. S. Park, Seoul National University, Korea
08:30
Design of a W Band Transmitter for Surface Movement Radar (SMR)
Salimbeni, D. ; Serrano, F. ; Santese, M. ; Serluca, D.
Rheinmetall Italia Spa (Italy)
08:50
Technological Evolution of the Microwave Power Module (MPM)
Duggal, R. ; Donald, A. ; Schoemehl, T.
L-3 Communications - Electron Devices (United States)
09:10
2 to 18 GHz, MPM-Based High-Power Transmitter Suite for Military Airborne ECM Applications
Shandas, M.K.
dB Control (United States)
09:30
Manufacturing and Tests of TTF III Couplers with Cr2O3 Ceramic Coating
Sierra, S. ; Bourat, C. ; Martinez, N. ; Ménétrier, M. ; Denis, P.
Thales Components & Subsystems (France)
09:50-10:10
Coffee Break
Poster Session V – Sala Colonne
08:30 – 10:10
Three-Stage Relativistic Klystron-Oscillator
Kurayev, A.A. ; Sinitsyn, A.K. ; Gourinovitch, A.B.
Belarusian State University of Informatics and Radioelectronics (Belarus)...................................................................... P 5.1
Ka– band Double-Beam Klystron
Freydovich, I.A.; Maslennikov, O.Yu.; Nevsky, P.V.; Sacharov, V.P.; Zaharov, A.Yu.
FSUE "Research&Production Corp. Toriy" (Russian Federation).................................................................................... P 5.2
Extended Interaction Multiple Beam Klystrons Simulation with DEV 5.0 Code
Konnov, A.V.
Federal State Unitary Enterprise “Research and Production Corporation “Toriy” (Russian Federation) .................... P 5.3
Research of Vacuum Switching Tubes for Converters of Static VAR Compensators
Perevodchikov, V. ; Korunov, N. ; Stalkov, P.; Suhov, V. ; Truhatchev, I. ; Shapenko, V. ; Scherbakov, A.
Federal State Unitary Enterprise “All-Russian Electrotechnical Institute” (Russian Federation) ................................. P 5.4
Multi Beam S-band Klystron with the Field Emitter
Guzilov, I. ; Konnov, A. ; Kuzmich, K. ; Smirnova, E.V.; Maslennikov, O.; Zotov, N.I.
FSUE Toriy (Russian Federation) ...................................................................................................................................... P 5.5
Multi Beam C-band Klystron Circuit Design
Guzilov, I. ; Konnov, A. ; Maslennikov, O.; Saharov, V.P.
FSUE Toriy (Russian Federation) ...................................................................................................................................... P 5.6
Investigation of a 200GHz Microklystron Driven by a Small-scaled Pseudospark Electron Beam
Yin, H. 1; Cross, A. W. 1; He, W. 1; Bowes, D. 1; Ronald, K. 1; Phelps, A. D. R. 1; Protz, J. 2; Verdiel, M. 2;
Reynolds, M. 2; Schuhmann, T. 2; Chen, X. 3; Li, D. 3; Zhou, J. 3
1
University of Strathclyde (United Kingdom); 2Duke University (United States); 3Queen Mary, University of
London (United Kingdom) ................................................................................................................................................... P 5.7
The Resonance System for Making a Regulate Thrust Force in the Electrical Ion Thruster
Tsarev, V.A. ; Skripkin, A.A. ; Senchurov, V.A. ; Miroshnichenko, A.Yu.
Saratov State Technical University (Russian Federation) ................................................................................................. P 5.8
Analytical Calculations of Efficiency and Comparison with Experimental Data for Inductive Output Tube
Tsarev, V.A.; Miroshnichenko, A.Yu.
Saratov State Technical University (Russian Federation) ................................................................................................. P 5.9
Mechanism of Efficiency Enhancement in Split-Cavity Electron-Wave Oscillators
Barroso, J.
National Institute for Space Research (Brazil) ................................................................................................................. P 5.10
Development of a 250 kW CW, 4.6 GHz Klystron for Plasma Heating
Lenci, S. ; Eisen, E. ; Lind, K.
CPI, Inc (United States) .................................................................................................................................................... P 5.11
Development of a Megawatt C-Band Klystron for Radar
Balkcum, A. ; Begum, R. ; Cattelino, M. ; Stockwell, B. ; Wu, C.
CPI (United States) ............................................................................................................................................................ P 5.12
3D Electromagnetic Particle-In-Cell Simulations of a Magnetron Based on the Realistic Model
Usui, H. 1; Uranishi, Y. 2; Mitani, T. 2
1
Kyoto University (Japan); 2Research Institute for Sustainable Humanosphere, Kyoto University (Japan) ................. P 5.13
Determine the Dispersion Relation of an A6 Magnetron Using Conformal Finite Difference Time Domain Method
Lin, M.C. ; Nieter, C. ; Stoltz, P.H. ; Smithe, D.N.
Tech-X Corporation (United States) ................................................................................................................................. P 5.14
First Gain Demonstration in an X-band Antenna-Amplifier
Shlapakovski, A.S.; Artemenko, S. ; Avgustinovich, V. ; Mashchenko, A.
Nuclear Physics Institute at Tomsk Polytechnic University (Russian Federation) ......................................................... P 5.15
Modeling of an Inductive Output Tube with MAGIC Simulation Code
Kimura, T. ; Eisen, E.L. ; Grant, T.J. ; Li, Y.X. ; Perrin, M.A.
Communications and Power Industries, Inc (United States) ............................................................................................ P 5.16
09:50-10:10
Coffee Break
Poster Session VII – Sala Colonne
08:30-10:10
The Effect of Grooved Surface on Dielectric Window Multipactor
Chang, C. 1; Liu, G. 2; Huang, H. 2; Chen, C. 2; Zhang, Z. 1; Liang, Z. 2; Hou, Q. 2
1
Tsinghua University (China); 2Northwest Institute of Nuclear Technology (China) ....................................................... P 7.1
Microwave Couplers with Decreased Length
Pchelnikov, Yu.N.
SloWaveS (United States) .................................................................................................................................................... P 7.2
An Optoelectronic Switch
Guo, D.F. 1; Liu, W.C. 2; Tsai, J.H. 3
1
Air Force Academy (Taiwan); 2National Cheng-Kung University (Taiwan); 3National Kaohsiung Normal
University (Taiwan) ............................................................................................................................................................. P 7.3
Study on Axially Symmetric Aperture Lenses with Extension of an Inhomogeneous Electric Field
Jeon, S.G. ; Kim, J.I. ; Han, S.T. ; Kim, J.U.
Korea Electrotechnology Research Institute (KERI) (Republic of Korea) ........................................................................ P 7.4
Influence of the Dispenser Cathodes Surface Structure on their Emission Parameters
Djubua, B.Ch. ; Polivnikova, O.V.
SRPC "Istok" (Russian Federation) ..................................................................................................................................... P 7.5
Simulation Research on the Sheet Electron Beam Gun
Duan, Z. ; Guo, X. ; Guo, F. ; Gong, Y. ; Wei, Y. ; Yue, L. ; Gong, H. ; Wang, W.
University of Electronic Science and Technology of China (China) .................................................................................. P 7.6
Surface Flashover Performance of Alumina Insulators at High Voltage Microsecond Pulses in Vacuum
Xiang, W. ; Lei, Y.J.; Cheng, Y.L.
Institute of Electronic Engineering (China)......................................................................................................................... P 7.8
Emission Properties of Re-W Dispenser Cathodes
Taran, A. ; Plankovskyy, S. ; Voronovich, D. ; Abashin, S.
National Aerospace University “Kharkiv Aviation Institute” (Ukraine)............................................................................ P 7.9
Optimization of the Broadband Asymmetrical Waveguide Windows
Prokofiev, B.
FSUE "Scientific and Production Corp. "Toriy" (Russian Federation) ........................................................................... P 7.10
The Spectral Responding Characteristic Research of the Ultraviolet Image Intensifier
RongGuo, F. ; Miao, J.J. ; Chang, B.K. ; Qian, Y.S. ; Qiu, Y.F.
School of Electronic Engineering and Optical Technology, NanJing University of Science and Technology (China) .. P 7.11
Characterization of Scandate Cathode Emission
Zhang, X. ; Wang, Y. ; Wang, J. ; Liu, W.
Beijing University of Technology (China) ......................................................................................................................... P 7.12
Cold Cathodes Assembled by Microsized Carbon Nanotubes (CNT) Systems
Terranova, M. L. 1; Orlanducci, S. 1; Tamburri, E. 1; Toschi, F.1; Guglielmotti, V. 1; Sessa, V. 1; Rossi, M. 2
1
Università di Roma "Tor Vergata" (Italy); 2Università di Roma "Sapienza" (Italy) ...................................................... P 7.13
Novel Uniform Heating Topology for Thermionic Cathodes
Williams, K. 1; Gunther, K. 2; Curtis, M. 2
1
Applied Science and Engineering, LLC (United States); 2HeatWave Labs, Inc. (United States) ................................... P 7.14
Design of A Large Compression Ratio Electron Gun and Uniform Field Focusing System for Ka-Band Exended
Interaction Klystron
Wang, S.; Wang, Y.; Quan, Y.
Institute of Electronics, Chinese Academy of Sciences (China)........................................................................................ P 7.15
09:50-10:10
Coffee Break
Session 18 – IOTs – Aula Magna
Chair: F. Mirizzi, Enea, Italy
13:40
A Wideband Inductive Output Tube (Keynote Presenation)
Kowalczyk, R. ; Kirshner, M. ; True, R. ; Wilsen, C. ; Boyle, M. ; Schult, H. ; Cipolla, J.
L-3 Communications EDD (United States)
14:00
On the Prospects of Multibeam IOT for Linac with Efficiency Exceeding 80% (Keynote Presenation)
Galdetskiy, A.
Istok (Russian Federation)
14:20
High Power UHF IOT for CW and Pulsed Applications
O'Sullivan, N. ; Edwards, M.B.
e2v technologies (United Kingdom)
14:40
Development of a 350 MHz, 200kW Multiple Beam IOT
Ives, L. 1; Read, M. 1; Marsden, D. 1; Jackson, R. 1; Bui, T. 1; Kimura, T. 2; Eisen, E. 2
1
Calabazas Creek Research, Inc. (United States); 2Communications & Power Industries, Inc.
(United States)
15:00
Simple Model of an Inductive Output Tube
Carter, R.G.
Engineering Department, Lancaster University (United Kingdom)
11:50-13:20
Lunch Break
Poster Session VI – Sala Colonne
09:50 - 11:50
Automated Noise Measurement System for Radar and EW Transmitter Components
Mitsdarffer, K. 1; Crespo, W. 2; Hoover, L. 3
1
NSWC Crane (United States); 2Technology Services Corp (United States); 3Polyphase Microwave (United States) .... P 6.1
Research and Development in a High-Power 6.7 GHz Monotron
Barroso, J.J. ; Castro, P.J. ; Rossi, J.O. ; Gonçalves , J.A.N.
National Institute for Space Research (INPE) (Brazil) ....................................................................................................... P 6.2
Design Study of a Two-Cavity Monotron
Barroso, J.J.
National Institute for Space Research (INPE) (Brazil) ....................................................................................................... P 6.3
Automatic System of Measuring Dispersion and Interaction Impedance of Helix SWS
Liang, Y.; Li, Z.; Feng, J.; Zhao, S.; Yan, T.
Vacuum Electronics National Lab, Beijing Vacuum Electronics Research Institute (China)............................................ P 6.4
High Impedance Electromagnetic Substrate and its Application in Plane Traveling Wave Tubes
Liao, F.J. ; Yang, L.
Beijing Vacuum Electronics Research Institute (China) ..................................................................................................... P 6.5
Thermodynamics Analysis of Electron Gun for Sheet Beam Klystron
Ruan, C.J. ; Wang, S.Z. ; Zhao, D. ; Li, Q.S.
Institute of Electronics, Chinese Academy of Sciences (China).......................................................................................... P 6.6
Accurate Large Signal Analysis of a Wideband Helix TWT Using Beam Wave Interaction Simulator
Hu, Y.L.; Yang, Z.H.; Li, J.Q.; Li, B.; Huang, T.; Hu, Q.; Zhu, X.F.; Xu, L.; Ma, J.J.; Peng, W.F.; Liao, L.;
Xiao, L.; He, G.X.
Vacuum Electronics National Laboratory, School of Physical Electronics, University of Electronic Science and
Technology of China (China) ............................................................................................................................................... P 6.7
Integrated Method for Simulation of the Statistical Performances of TWT
il'ina, E.M.
The Federal State Unitary Enterprise NPP "Almaz" (Russian Federation) ...................................................................... P 6.8
Impedance Calculation of Helical Slow-Wave Structure Using HFSS-I and MAFIA
Zhu, X.F.; Yang, Z.H.; Li, B.; Li, J.Q.; Xu, L.; Huang, T.; Hu, Q.; Hu, J.L.; Ma, J.J.; Peng, W.F.; Liao, L.;
Xiao, L.; He, G.X.
Vacuum Electronics National Laboratory, School of Physical Electronics, University of Electronic Science and
Technology of China (China) ............................................................................................................................................... P 6.9
Application and Validation of Microwave Tube Simulator Suite
Li, B.; Yang, Z.H.; Li, J.Q.; Zhu, X.F.; Huang, T.; Jin, X.L.; Hu, Q.; Hu, J.L.; Xu, L.; Ma, J.J.; Peng, W.F.; Liao, L.;
Xiao, L.; He, G.X.
Vacuum Electronics National Laboratory, School of Physical Electronics, University of Electronic Science and
Technology of China (China) ............................................................................................................................................. P 6.10
Recent Developments to the Electron Optics Simulator
Huang, T.; Hu, Q.; Yang, Z.H.; Li, B.; Li, J.Q.; Jin, X.L.; Zhu, X.F.; Hu, J.L.; Xu, L.; Ma, J.J.; Peng, W.F.; Liao, L.;
Xiao, L.; He, G.X.
Vacuum Electronics National Laboratory, School of Physical Electronics, University of Electronic Science and
Technology of China (China) ............................................................................................................................................. P 6.11
Study of Dielectric Loss on Helical Slow-Wave Structure Using High Frequency Circuit Simulator
Liang, X.P.; Li, J.Q.; Xu, L.; Yang, Z.H.; Li, B.; Zhu, X.F.; Huang, T.; Hu, Q.; Hu, J.L.; Ma, J.J.; Peng, W.F.; Liao, L.;
Xiao, L.; He, G.X.
Vacuum Electronics National Laboratory, School of Physical Electronics, University of Electronic Science and
Technology of China (China) ............................................................................................................................................. P 6.12
Three-Dimensional Particle-in-Cell Analysis of Beam-Wave Interaction in a Multi-Section Severed Helix TWT
Naidu, V.B. ; Datta, S.K. ; Reddy, S.U.M. ; Kumar, L.
Microwave Tube Research and Development Centre (India) .......................................................................................... P 6.13
Simulation of RF Coupler of a Multi-Section TWT with Matched Sever-Loss
Rao, K.V.; Naidu, V.B. ; Rao, P.R.R. ; Datta, S.K.
Microwave Tube Research and Development Centre (India) .......................................................................................... P 6.14
Grid Computing Finite Element Electromagnetic Analysis of TWT Slow-Wave Structures
Coco, S. ; Laudani, A. ; Pollicino, G.; Tirrò, P.
DIEES University of Catania (Italy) ................................................................................................................................. P 6.15
Design of Vane Loaded Helical Slow-Wave Structures for Broad-Band Traveling-Wave Tubes
Teixeira Lopes, D. 1; Costa Motta, C. 2
1
Nuclear & Energetic Research Institute, São Paulo (Brazil); 2University of São Paulo, São Paulo (Brazil) ............... P 6.16
Measurement of the Coupling Impedance in Slow-Wave Structures Using a Longitudinally Conducting Plate
Pchelnikov, Y.N. 1; Larsen, P.B. 2
1
SloWaveS (United States); 2Naval Research Laboratory (United States) ...................................................................... P 6.17
Applications and Current Status of the Finite-Element MICHELLE Gun & Collector Simulation Code
Petillo, J.1; Panagos, D.1; Ovtchinnikov, S.1; Held, B.2; DeFord, J.2; Nelson, E. 3; Nguyen, K.4; Wright, E.4;
Jensen, K.5; Levush, B.5
1
SAIC (United States); 2STAAR Inc. (United States); 3 Los Alamos National Laboratory (United States);
4
BWRI (United States); 5NRL (United States) ................................................................................................................... P 6.18
Band Gap Analyses for High Impedance Electromagnetic Surfaces Using Adaptive Finite Element Method in
Frequency Domain
Hong, W. 1; Wang, J. 1; Yu, B. 1; Fan, H. 1; Wei, P. 1; Liao, F. 2; Sun, X. 1
1
Research Center for Electronic Device and System Reliability, Southeast University, Nanjing (China);
2
Beijing Vacuum Electronics Research Institute, Beijing (China).................................................................................... P 6.19
11:50-13:20
Lunch Break
Poster Session VIII – Sala Colonne
09:50 - 11:50
94GHz Second-Harmonic Gyrotron with Complex Cavity
Niu, X.J.
Institute of High Energy Electronics, University of Electronics Science and Technology of China (China) ................... P 8.1
Study of Phase Rematch on Overmoded Waveguide Mode Converter
Xu, L. 1; Niu, X.J. 2
1
Center of Information Network, Sichuan Normal University of China (China); 2Institute of High Energy
Electronics, University of Electronics Science and Technology of China (China) ........................................................... P 8.2
Method to Design a Transition Section with Cosinusoidal Profile
Xu, L. 1; Niu, X.J. 2
1
Center of Information Network, Sichuan Normal University of China (China); 2Institute of High Energy
Electronics, University of Electronics Science and Technology of China (China) ........................................................... P 8.3
Modes in Lossy Dielectric-Loaded Metal Cylindrical Waveguide for Gyrotron-Traveling-Wave Amplifier Applications
Xue, Q.Z. ; Du, C. ; Liu, P. ; Wang, M.
Institute of electronics, Chinese Academy of Sciences (China) .......................................................................................... P 8.4
A Study of Nonlinear Oscillation Behavior of a Driven Gyrotron Backward-Wave Oscillator
Yeh, Y.S.; Shiao, J.-L.; Huang, C.-T.; Lo, C.-Y.
Southern Taiwan University, (Taiwan) ............................................................................................................................... P 8.5
Frequency Doublers with Transverse Modulation and Bunching of the Electron Beam under Inhomogeneous
Magnetic Field
Kurayev, A.A. ; Rak, A.O. ; Sinitsyn, A.K. ; Tsyrelchuk, I.N.
Belarusian State University of Informatics and Radioelectronics (Belarus) ..................................................................... P 8.6
Optimal design of high frequency structure for a 34 GHz, four-cavity Gyroklystron
Liu, Y.-h.; Li, H.-f.; Niu, X.-j.; Wang, L.; Luo, Y.; Yu, S.; Zhao, Q.; Deng, X.; Wang, H.; Xu, Y.; Pu, Y.-l.; Sun, Y.
Research Institute of High Energy Electronics, University of Electronic Science and Technology of China (China) ..... P 8.7
Design of a Ka-Band TE11 Mode Gyrotron Traveling-Wave Amplifier
Xu, S-X. ; Liu, P-K. ; Zhang, S-C.; Du, C-H. ; Xue, Q-Z.; Geng, Z-H.; Su, Y-L.
Key Laboratory of High Power Microwave Sources and Technologies, Institute of Electronics, Chinese Academy
of Sciences, Beijing (China) ................................................................................................................................................ P 8.8
Experimental Investigation of 94 GHz Second-Harmonic Gyrotrons
Niu, X.J.; Wang, L.; Li, H.-f.
Institute of High Energy Electronics, University of Electronics Science and Technology of China (China) ................... P 8.9
8mm High Power TE01-TM11 Mode Converter in Overmoded Waveguide
Xu, L. 1; Niu, X.J. 2
1
Center of Information Network, Sichuan Normal University of China (China); 2Institute of High Energy
Electronics, University of Electronics Science and Technology of China (China) ......................................................... P 8.10
The High-Power Gyroton
Kolosov, S.V. ; Kurayev, A.A. ; Kharseyev, A.P. ; Senko, A.V.
Belarus State University of Informatics and Radioelectronics (Belarus) ........................................................................ P 8.11
Thermal Analysis of Magnetron Injection Gun
Siva Rao, P.V. ; Srikrishna, P. ; Sharma, N.K. ; Subramanian, S.
Microwave Tube Research & Development Centre (India) ............................................................................................. P 8.12
A Klystron Power System for the ISIS Front End Test Stand
Kempkes, M. ; Schrock, K. ; Ciprian, R. ; Hawkey, T. ; Gaudreau, M.P.J.
Diversified Technologies, Inc. (United States) ................................................................................................................. P 8.13
Investigation of Vircator with Time-Frequency Analysis
Wu, J.S. 1; Wang, J.D. 1; Chu, K.R. 2
1
CSIST (Taiwan); 2NTHU (Taiwan) .................................................................................................................................. P 8.14
Converting Low-Order Circular Electric Modes to Gaussian Beams in High-Frequency Gyrotrons
Cauffman, S.
CPI (United States) ............................................................................................................................................................ P 8.15
Development of Window for First Indian Gyrotron
Subrata, D. 1; Narugopal, N. 1; Subhadra, K. 1; Manoj, K. 1; Naik, A. 1; Chatterjee, S. 2; Majumdar, A. 2;
Kartikeyan, M.V. 3; Sinha, A.K. 4; Jain, P.K. 5; Satyanarayana, K. 6; Joshi, S.N. 4; Das, A.L. 2
1
SAMEER, Hill Side, IIT Campus (India); 2SAMEER, Electronics Complex (India); 3IIT (India); 4CEERI (India);
5
BHU (India); 6IPR (India) ................................................................................................................................................ P 8.16
11:50-13:20
Lunch Break
Session 19 – Modelling – Aula Magna
Chair: B. Levush, Naval Research Laboratory, USA
13:20
Perfectly Matched Boundary Condition for Helical Slow Wave Structures
David, J.F. 1; Le Clair, A. 1; Birtel, P. 2
1
Thales Electron Devices (France); 2Thales (Germany); 3Thales Electron Devices (Germany)
13:40
Frequency Domain Simulation of Drive Induced Oscillation in a Coupled Cavity TWT
Chernin, D. 1; Antonsen, Jr., T.M. 2; McDonald, J. 3; Levush, B. 3; Begum, R. 4; Legarra, J. 4
1
SAIC (United States); 2University of Maryland (United States); 3Naval Research Laboratory
(United States); 4CPI (United States)
14:00
Investigation of a 95GHz Helical TWT with CST STUDIO SUITE™
Balk, M.C. 1; Kory, C.L. 2; Dayton, J.A. 2
1
Computer Simulation Technology AG (CST) (Germany); 2Teraphysics, Corp. (United States)
14:20
Improved Symmetries in the Finite-Element Gun Code MICHELLE
Nelson, E. 1; Levush, B. 2; Petillo, J. 3
1
Los Alamos National Laboratory (United States); 2Naval Research Laboratory (United States);
3
SAIC (United States)
14:40
Computational Modeling of Field Enhancement in an Individual Carbon Nanotube Field Emitter System
Niemann, D.L. 1; Ribaya, B.P. 1; Gunther, N.G. 2; Leung, J. 1; Rahman, M. 2; Nguyen, C.V. 1
1
NASA Ames Research Center (United States); 2Santa Clara University (United States)
15:00-15:20
Coffee Break
Session 21 - Gyro-Devices II – Aula Minor
Chair: M. Petelin, Institute of Applied Physics, RAS, Russia
13:20
Theory of Aftercavity Interaction in Gyrotrons
Nusinovich, G. 1; Sinitsyn, O. 2
1
University of Maryland (United States); 2IREAP, University of Maryland, College Park (United States)
13:40
Prospective Gyro-Devices for Technological Applications
Denisov, G.; Bykov, Yu.; Eremeev, A.; Glyavin, M.; Luchinin, A.; Morozkin, M.; Samsonov, S.
Institute of Applied Physics/GYCOM (Russian Federation)
14:00
Simulation and Evaluation of Components for a GyroTWA
Duffield, M. ; Doherty, G. ; North, R. ; Butler, M. ; Griggs, A.
e2v (United Kingdom)
14:20
Design, Simulation and Experiment of a Cusp Electron Beam for Millimeter Wave Gyro-devices
He, W. 1; Donaldson, C.R. 2; Li, F. 2; Cross, A.W. 2; Phelps, A.D.R. 2; Ronald, K. 2; Robertson, C.W. 2;
Whyte, C.G. 2; Zhang, L. 2
SUPA, Department of Physics, University of Strathclyde, Glasgow, Scotland (United Kingdom)
14:40
A THz Gyrotron Based on a Pulse Solenoid
Read, M.E.; Ives, R.L. ; Neilson, J. ; Mizuhara, M.; Marsden, D.
Calabazas Creek Research Inc. (United States)
15:00-15:20
Coffee Break
Session 23 - Cathodes II – Aula 11
Chair: E. Jensen, CERN, Switzerland
13:20
Diamond Current Amplifier for Spatially-Distributed Beam Generation
Yater, J. 1; Shaw, J. 1; Jensen, K. 1; Butler, J. 1; Feygelson, T. 2; Pate, B. 1
1
Naval Research Laboratory (United States); 2SAIC (United States)
13:40
High Current Density and Long Life Nanocomposite Scandate Dispenser Cathode Fabrication
Zhao, J. 1; Li, N. 2; Li, J. 2; Luhmann, N. 1
1
University of California, Davis (United States); 2Beijing Vacuum Electronics Research Institute (China)
14:00
Emission Property of Impregnated Cathode with Y2O3 and Sc2O3 Co-Doped Tungsten Substrate
Wang, J. 1; Liu, W. 2; Gao, T. 1; Li, L. 1; Wang, Y. 1; Zhou, M. 1
1
School of Materials Science and Engineering, Beijing University of Technology (China); 2Beijing
University of Technology (China)
14:20
Verification of the TED Cathode Models by Longterm Lifetest Data
Brueck, M. 2; Hilble, T. 2 ; Morel, S. 1; Roquais, J.-M. 1; Seidel, H. 2
1
Thales Electron Devices (France); 2Thales Electron Devices GmbH (Germany)
14:40
Performance of Tungsten Wire Reservoir Cathodes
Ives, L. 1; Falce, L. 1; Collins, G. 1; Marsden, D. 1; Miriam, G. 1; Gunther, K. 2; Curtis, M. 2;
Schwartzkopf, S. 3; Smith, B. 3; Witherspoon, R. 3
1
Calabazas Creek Research, Inc. (United States); 2Heatwave Laboratories, Inc. (United States);
3
Ron Witherspoon, Inc. (United States)
15:00-15:20
Coffee Break
Session 20 - Klystron II – Aula Magna
Chair: Y. Ding, Chinese Accademy of Science, China
15:20
Numerical and Experimental Design Study of Quasi-Optical Multi-Gap Output Cavity for W-band Sheet
Beam Klystron (WSBK) (Keynote Presenation)
Shin, Y.M. ; Barnett, L.R. ; Luhmann Jr., N.C.
University of California, Davis (UCD) (United States)
15:40
Design and Operation of a 2.5 MW, PPM Focused X-Band Klystron
Balkcum, A. ; Begum, R. ; Cattelino, M. ; Cox, L. ; Forrest, S. ; Friedlander, F. ; Roeder, L. ; Staprans, A. ;
Stockwell, B. ; Wu, C. ; Zitelli, L.
CPI (United States)
16:00
High Power X-Band Klystron
Kirshner, M. ; Kowalczyk, R. ; Wilsen, C. ; True, R.
L-3 Communications EDD (United States)
16:20
Research Progress on S-band Broadband Multi-Beam Klystron
Ding, Y.; Shen, B.; Cao, J.; Miao, Y.
Institute of Electronics, Chinese Academy of Sciences, (China)
16:40
Development of C-band CW 10 kW Broadband Klystron
Shen, B. ; Ding, Y.G. ; Ding, H.B. ; Cao, M. ; Wang, C.Y. ; Tang, K.
Institute of Electronics, Chinese Academy of Sciences (China)
17:00
Autopsy Report on Three SLAC X-Band Klystron Output Circuits
Laurent, L.; Jongewaard, E.
SLAC National Accelerator Laboratory (United States)
17:20-17:30
Closing Remarks – Aula Magna
Session 22 - FELs, Magnetrons and Novel Devices – Aula Minor
Chair: A. Di Carlo, University of Rome Tor Vergata, Italy
15:20
The ENEA Activity on Compact Far Infrared FELs (Keynote Presenation)
Doria, A. ; Gallerano, G.P. ; Giovenale, E. ; Messina, G. ; Petralia, A. ; Spassovsky, I.
ENEA (Italy)
15:50
The ENEA Activity on Applications with FELs
Doria, A. 1; Gallerano, G.P. 1; Giovenale, E. 1; Messina, G. 1; Spassovsky, I. 1; Petralia, A. 1; Gupta, L. 1;
d’Aquino, L. 2; Ramundo, A. 3; Foglietti, V. 4; Ortolani, M. 4; Fukunaga, K. 5
1
ENEA-ICTP Fellow (Italy); 2ENEA – Centro Ricerche Portici (NA) (Italy); 3CNR – Istituto di Neurobiologia e
Medicina Molecolare, Rome (Italy); 4CNR – Istituto di Fotonica e Nanotecnologie, Roma (Italy);
5
National Institute of Information and Communication Technology, Tokyo (Japan)
16:00
High Average Power C & X - Band Magnetrons
Robinson, J.
Communications & Power Industries (United States)
16:20
Conceptual Design of a 1MW 175MHz CW Magnetron
Carter, R.
Lancaster University (United Kingdom)
16:40
Concepts for Circular Deflection Modulated Tubes and Frequency Multiplying Millimeter Wave Sources
Grede, A. ; Henke, H.
Technische Universitaet Berlin (Germany)
17:20-17:30
Closing Remarks – Aula Magna
Session 24 - Technology: Guns, Cathodes and Materials – Aula 11
Chair: R. Martorana, Selex Galileo, Italy
15:20
A Design Study of a Permanent Magnet Quadrupole Focused Helix Traveling-Wave Tube
Abe, D.K. 1; Kishek, R. 2; Petillo, J.J. 2; Chernin, D.P. 2; Levush, B. 1
1
U.S. Naval Research Laboratory (United States); 2Science Applications International Corp. (United States)
15:40
RF Power Absorption and Electric and Magnetic Field Enhancements Due to Surface Roughness
Zhang, P. ; Lau, Y.Y. ; Gilgenbach, R.M.
University of Michigan (United States)
16:00
An In Situ Emission Microscopy Study of Barium Supply to the Surface of Scandium-coated Porous Tungsten
Vaughn, J.M. 1; Jamison, K.D. 2; Kordesch, M.E. 1
1
Department of Physics and Astronomy, Ohio University, Athens Ohio (United States); 2Nanohmics, Inc.,
Austin, Texas (United States)
16:20
An Optimizer for Beam Optics Analyzer
Bui, T. 1; Ives, L. 1; Attarian, A. 2; David, J. 2; Tran, H. 2; Posth, M. 3
1
Calabazas Creek Research Inc. (United States); 2North Carolina State University (United States);
3
Consultant (United States)
16:40
Wetting of Mo/Ni Nano-particles for Dispenser Cathodes Mo/Re Brazing Applications
Busbaher, D. 1; Sekulic, D. 2
1
Semicon Associates (United States); 2University of Kentucky (United States)
17:00
New Grade of Temperature Compensated Samarium Cobalt Permanent Magnets and Design Considerations
Takasumi, K. ; Dent, P. ; Liu, J. ; Marinescu, M. ; Walmer, M.
Electron Energy (United States)
17:20-17:30
Closing Remarks - Aula Magna
Venue The Angelicum, Pontifical University is heir of the mediaeval Studium founded by the Dominican
Order, indeed by St. Thomas Aquinas himself, as well as of the College of St. Thomas, which
Monsignor Juan Solano O.P., Bishop emeritus of Cuzco (Peru), established in 1577 at the Convent of
Santa Maria sopra Minerva in Rome.
Awards IVEC Award for Excellence in Vacuum Electronics
The IVEC Award for Excellence in Vacuum Electronics was established in 2002 to recognize
outstanding contributions to the field. Anyone or any group of persons working in the field of vacuum
electronics is eligible for this award, which will be presented each year during the IVEC conference.
Anyone in the field may place a colleague in nomination. Selection of the winner has been made by a
vote of the members of the Technical Committee. The winner will receive a commemorative plaque
and an award of $2000.
Previous recipients of the IVEC Award for Excellence in Vacuum Electronics:
2002- Armand Staprans, Communication and Power Industries, USA
2003- George Caryotakis, Stanford Linear Accelerator, USA
2004- Georges Fleury, Thales Electron Devices, France
2005- Joe Saloom, Technical Consultant, USA
2006- Jim Dayton Jr., Genvac Aerospace Corp., USA
2007- Baruch Levush, Naval Research Laboratory, USA
2008- Manfred Thumm, University of Karlsruhe, Germany
IVEC Best Student Paper Award
The IVEC Best Student Paper Award was introduced at IVEC 2004 to recognize and promote
exceptional student contributions to the field. IVEC 2009 will continue the tradition of selecting an
outstanding, student-authored and student-presented paper for the honour of "Best Student Paper
Award". Eligible papers are those with a student as the principle author and presenter. Students are
considered as individuals pursuing a baccalaureate or graduate degree at the time of the conference or
during the past year when the work was completed. After ranking by the Technical Program
Committee, a number of student papers are selected for finalist consideration. Finalist students will
present a 10-minute synopsis talk on their work on Wednesday 29 April (lunch break) and, from these
brief summary talks, a winner will be selected. The award will include an engraved plaque and a
500 Euro check (this year kindly supported by Ares Consortium).
Social and Technical Events 27 April 2009
On-site registration
The on-site registration for IVEC 2009 will start on 27 April at 14:00 and will last until 19:30.
Workshop
IVEC 2009 will host a workshop given by CST on EM 3D Simulation with
CST STUDIO SUITE 2009 and Introduction to CST PARTICLE STUDIO 2009
(from 14:00 until 18:00).
Welcome cocktail
A welcome cocktail will follow (18:00-19:30)
28 April 2009
Private visit to Vatican Museums and Sistine Chapel.
19.00-21.00hrs. Busses to the Vatican Museum have been arranged and will leave at 18.15hrs from
the Angelicum.
29 April 2009
Conference Dinner
The IVEC 2009 conference dinner will take place at Castel Sant'Angelo.
20.00 Aperitive
20.20 Student Award (supported by Ares Consortium)
20.30 Dinner
Castel Sant'Angelo (Mausoleum of Hadrian) is a towering cylindrical building, commissioned
between 135 and 139 A.D. by the Roman Emperor Hadrian as a mausoleum for himself and his
family. The building was later used as a fortress and castle, and is now a museum. Immersed in the
unique atmosphere of this magnificent historical building, attendees will be able to enjoy a spectacular
panoramic view over Rome and savour the delicacies of the Italian gastronomy. In order to enjoy the
most of the location, we strongly advise all attendees to wear comfortable shoes and bring a jacket.
From 19.15hrs a buss shuttle will be available from the Angelicum to Castel Sant'Angelo.
Practical Information Messages
Messages for participants will be posted on the message board at the IVEC 2009 Registration desk.
Lunchbreaks
In the surroundings of the Angelicum there are many restaurants and bars for a quick and tasty lunch.
Proceedings
Each participant will be provided with an abstract book. Additional abstract books can be purchased at
the registration desk for €50,-.
Usefull Phonenumbers
Please find below some useful phonenumbers for the Conference and your stay in Rome.
IVEC 2009 Registration desk: +39331-4746580
Taxi: +3906-3570/ +3906-4994/ +3906-5551
Police: 112 or 113
Fire Department: 115
Ambulance: 118
"Possis nihil Urbe Roma visere maius" ("May you see nothing greater than the city of
Rome")
- Orazio
"Yes, I have finally arrived to this Capital of the World! I now see all the dreams of my
youth coming to life... Only in Rome is it possible to understand Rome"
- Johann Wolfgang von Goethe
"Rome is like a book of fables, on every page you meet up with a prodigy. And at the
same time we live in dream and reality"
- Hans Christian Andersen