Rosario Martorana

University of Palermo — Italy

Physics and Astronomy · Physical Sciences

6h-index77citations24works0.02yr avg
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Research Topics

Gyrotron and Vacuum Electronics Research(21), Particle accelerators and beam dynamics(9), Microwave Engineering and Waveguides(7), Particle Accelerators and Free-Electron Lasers(4), Radio Frequency Integrated Circuit Design(3)

Publications24 total

Low Voltage Multi-Tapered Double V-Shaped Meander-Line
2025
Development of X Band Pulsed TWT for Compact Synthetic Aperture Radar System
2024
Development of 150 W, Ka Band TWT for Payload Data Transmitter
2024
Design of a 1 kW output power Folded Waveguide TWT operating in ka-band
2019· 8 cited
Development of a low-cost seismic station based on MEMS technology
Nova Science Publishers (Nova Science Publishers, Inc.)·2019· 2 citedOpen Access
Novel GaN Based Solid State Power Amplifiers, Results, Advances and Comparison with Vacuum Tubes Based Microwave Power Modules
2018 IEEE 4th International Forum on Research and Technology for Society and Industry (RTSI)·2018· 10 cited
Development of a 1.5-kW Average Output Power Coupled-Cavity TWT With a 10% Bandwidth Operating in <inline-formula> <tex-math notation="LaTeX">${X}$ </tex-math> </inline-formula>-Band
IEEE Transactions on Electron Devices·2018· 10 cited
Pre-development of a C-band klystron intended for synthetic aperture radar in space application
2017· 3 cited
Study of a 1.5 KW average output power CC-TWT with a 10% banwidth operating in X-band
2017· 1 cited
High PRF microwave power module with electronic power conditioner of enhanced features
2017· 1 cited
Development of wide band helix mini-TWT with “strong” phase velocity control
2013
CTHelixLS: A novel tool for the cold test and Large Signal analysis of Helix SWS
2009
Development of tri-band helix TWT for telecommunications using “Semi-metallic Rods” structure
2009· 1 cited
“Semi-metallic rods” structure for controlling the phase velocity dispersion in helix TWT
2008· 1 cited
A FE Simulator for Electromagnetic Analysis of Slow-Wave Helicoidal Structures in Traveling Wave Tubes
Communications to SIMAI Congress·2007
3-D Finite-Element Analysis of TWT Grid Electron Guns
IEEE Transactions on Magnetics·2007· 11 cited
An FE Tool for the Electromagnetic Analysis of Slow-Wave Helicoidal Structures in Traveling Wave Tubes
IEEE Transactions on Magnetics·2007· 8 cited
FE electromagnetic simulation of slow-wave helicoidal structures in Traveling Wave Tubes
Iris (Roma Tre University)·2007
A FE tool for the electromagnetic analysis of slow-wave helicoidal structures in Traveling Wave Tubes
2006
3-D Finite Element Analysis of TWT grid electron guns
2006
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Frequent Co-authors

S. Coco(9), Antonino Laudani(9), G. Pollicino(9), Roberto Dionisio(9), Antonino Mistretta(6), Antonino Muratore(6), David Bisconti(4), Patrizia Livreri(3), Agostino Nicosia(3), Antonio Mendolia Calella(3), H. Jory(2), M. Chodorow(2), J. Feinstein(2), A.D. LaRue(2), L. Zitelli(2), Stefania Corsaro(2), Giovanni Li Calsi(2), R. Lawrence Ives(1), Joel R. Neilson(1), Marco Li Vecchi(1)