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Distinctive features of a strip electron beam shaping in a power resonance mm wave amplifier
By: Golenitskiy, I.I.; Duhina, N.G.;
2002 / IEEE / 966-7968-12-X
Description
This item was taken from the IEEE Conference ' Distinctive features of a strip electron beam shaping in a power resonance mm wave amplifier ' Results of computer simulation of 3D electron-optical and magnetic systems forming a broad 0.4/spl times/14 mm/sup 2/ cross-section for a power resonance 8-mm wave amplifier with an open electrodynamic system are presented. The influence of the magnetic field inhomogeneity on the character of beam shaping and conditions for its best transfer (96.3%) to the collector are shown. Recommendations on decreasing the beam losses are given.
Related Topics
Losses
Electrodynamics
Electron Optics
Millimetre Wave Amplifiers
96.3 Percent
Strip Electron Beam Shaping
Power Resonance Mm Wave Amplifier
3d Electron-optical Systems
Magnetic Systems
Magnetic Field Inhomogeneity
Beam Shaping
Beam Losses
8 Mm
Strips
Electron Beams
Power Amplifiers
Magnetic Resonance
Power Engineering And Energy
Computer Simulation
Magnetic Fields
Organizing
Ieee Catalog
Electron Beam Focusing
Millimetre Wave Tubes
Engineering
Open Electrodynamic System
