V_p×B Acceleration of Electrons by Phased Gaussian Laser Beams

概要

論文の詳細を見る
A system of phased multi-laser beams can construct an effective slow wave which traps and accelerates electrons if an external magnetic field is applied so as to obey the V_p×B acceleration principle. The shape of an individual laser beam is chosen to be Gaussian in one dimension, and the wave field is assumed to be linearly polarized. The beam divergence accompanied by the Gaussian beam is also taken into account. A necessary condition for the electron trapping is obtained. Acceleration of the electron satisfying the condition is continuous and subsequently, arbitrarily large energy is theoretically possible.
社団法人応用物理学会の論文
1991-01-15