IHEP 99 - 13 (In Russian)
	E.M. Boldyrev
	The Same Peculiarities of the Motion of a Ultrarelativistic in the Plane Monochromatic Electromagnetic Wave Field
	Protvino, 1999.- p.11, refs.:3.

The analysis of the motion of a charged particle with low and high energy in the plane monochromatic electromagnetic wave field is mode. It is shown that the motion of a low energy particle is physical by predicable. The motion doesn't depend on haw a particle moves along or against the wave spreading; the particle frequency is comparable with wave frequency; the deflection of particle from the axis of initial motion is inversely proportional to its mass. It is shown that the motion of a high energy particle (a ultrarelativistic particle) hase a number of peculiarities. The motion depends essentialy on how the particle moves along or against the wave spreading. If the particle move along the wave spreading the particle frequency is a few cycles only or it is even less. The deflection of particle from the axis of initial motion may be proportionaly to particle mass. If the particle moves against the wave spreading, frequency is twice as much as the wave frequency and the motion of particle is independent of the particle mass.

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