RT Journal Article ID 6d9c745a429528a9 A1 Flanchik, A. B. T1 THE CONTRIBUTION OF MAXIMUM-GAMMA ELECTRONS TO INDUCED COMPTON SCATTERING IN THE VACUUM GAP OF A PULSAR JF Radio Physics and Radio Astronomy JO RPRA YR 2010 FD 2010-03-16 VO 1 IS 2 SP 99 OP 105 K1 induced scattering K1 distribution function K1 Compton losses AB The paper considers effects of induced radiation from maximum-gamma electrons, associated with inverse Compton scattering of the powerful low frequency fields existing in the pulsar vacuum gap. Because of the discontinuity of the electron distribution function arising at the edge of the area where the gamma factor attains its maximum, an additional (off-integral) contribution appears which may affect both the Compton losses and induced emission from the electrons in the gap. PB Begell House LK https://www.dl.begellhouse.com/journals/6fd1549c0e2c05da,4c6b5f72563e8137,6d9c745a429528a9.html