High frequency radiation generation using pseudospark-sourced e-beam

Cross, Adrian W.; Yin, H.; Bowes, David; He, Wenlong; Ronald, K.; Phelps, A. D. R.; Li, D.; Chen, X.

doi:10.1109/plasma.2012.6383823

Cited by 1 publication

(1 citation statement)

References 4 publications

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“…Sources and amplifiers include [95], BWOs [96], [97], gyrotrons [98], [99], amplitrons [100], reltrons [101], [102], grating microwave amplifiers [103], [104], helix TWTs [105], [106], ladder circuit traveling wave amplifiers [107], [108], serpentine/folded wave guide amplifiers [109]- [111], klystron amplifiers [112]- [114], multibeam klystron amplifiers [115]- [117], pseudospark applications [118]- [120], inductive output cavity circuits [121], magnetically insulated line oscillators [122], gyromonotrons [123], and coupled cavity TWTs. This list is not exhaustive but serves to illustrate the general scope of plasma simulation as a tool for research, design, and development.…”

Section: B Simulation Of Plasma Devicesmentioning

confidence: 99%

Robert Barker Memorial Session: Leadership in Plasma Science and Applications

Becker

Godfrey

Kunhardt

et al. 2015

IEEE Trans. Plasma Sci.

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This paper summarizes the Dr. Robert J. Barker memorial session at the IEEE International Conference on Plasma Science 2014. Each section summarizes progress in a plasma research area strongly influenced by Dr. Barker's leadership: 1) plasma medicine; 2) atmospheric-pressure plasmas; 3) high-power microwaves; 4) pulsed power; and 5) numerical simulation of plasmas. He had a profound influence on these and other plasma science applications, as well as on numerous individual researchers. He will be missed greatly.Index Terms-Atmospheric-pressure plasmas, high-power microwaves (HPMs), plasma medicine, plasma simulation, pulsed power.

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