Laser Amplification by Radiation-Wiggled Electron Beam in an Anti-Axially Propagating Electrostatic Wave

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概要

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• Light axtaplificatioxt by a relativistic electron bean-n traveling ima a Baser ligltt aztd anelectrostatic (ES) wave jcropagating in tlte direction auttiparallel to the beauaa direction("electric wiggler") tltrouglt an etttissioxt w'hose tra??sverse source current is prodtxccdby tlve laser ligltt is cctlculated by relativistic quanttutn kinetics. From the viewpoint ofquantuna kiuaematics, tlais enaission is exactly tlte saxne as the free-electron txvo-qtuan-tuxn Stark exnission ixa wlaich tlae tramtsversely oscillatiutg source curreutt uaeeded for tlveaxial omission is dtue to the iuatrinsic electron spiu? autgular unoumeuatum. Tltese two emis-sions are different in dynanaics sixace tlae former is 2tI1 one-quantuna process NN']111(l: tltelatter is a two-quantum j:>rocess. It is suggested tltat tlte experinteuatally-observedplasxna-maser emission is due to botlt.

• 社団法人日本物理学会の論文
• 1992-08-15

著者

• Kim Shang

  Department Of Physics University Of Texas At Arlington

• Shang Hoonkim

  Department Of Physics University Of Taxas At Arlington

関連論文

• Quantum Mechanical Theory of Free-Electron Two-Quantum Stark Emission Driven by Transverse Motion
• Net Inverse Bremsstrahlung Acceleration in Plasma Waves
• Laser Amplification by Radiation-Wiggled Electron Beam in an Anti-Axially Propagating Electrostatic Wave
• Explanation of Free-Electron Lasing with Classical Electrodynamics and Quantum Wiggler Electrodynamics (QWD),and the Justification of QWD based on Forward Raman Scattering of a Laser Light

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