ELECTROMAGNETIC WAVE EXCITATIONS DUE TO PHOTOEMISSION RESULTING FROM PULSE X-RAY ЕРРЕСТ

L.P. Priadкo
VANT. Ser.: Mat. Mod. Fiz. Proc 1992. Вып.2. С. 42-45.

      Electromagnetic radiation and surface current excitation laws are Investigated for a powerful incident x-ray pulse impacting the target surface in the vacuum. The motion of knocked-on photoelectrons is determined both by the electrostatic field and the emitted wave field. The radiation field is shown to dominate for grazing Incidence of x-rays. Such situation is interesting from a general physics point of view as it provides an example of system with the motion being determined by the radiation brake force. A simple analytical model is presented for this case.