Theory of magneto-Coulomb radiative collisions of charged particles

Details Theory of magneto-Coulomb radiative collisions of charged particles Theory of magneto-Coulomb radiative collisions of charged particles

Aug 1990

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1990raf....33..930a&link_type=abstract

Radiofizika (ISSN 0021-3462), vol. 33, Aug. 1990, p. 930-937. In Russian.

Computer Science

1

Charged Particles, Coulomb Collisions, Electron Scattering, Stellar Radiation, Bethe-Heitler Formula, Linear Polarization, Magnetic Field Configurations, Pulsars, Relativistic Effects

Scientific paper

The quasi-classical theory in the Born approximation is used to describe bremsstrahlung excited by electron-ion radiative collisions in an external nonquantizing magnetic field. General expressions for components of the angle-frequency distribution of the radiation intensity are obtained which make it possible to study the characteristics of the process in detail. Magnetorelativistic suppression of the radiation at low frequencies is found, while at high frequencies the radiation is governed by the Bethe-Heitler law. It is shown that the radiation may have a 100-percent linear polarization. The results are of interest in connection with the study of pulsar radiation.

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