DURING QUASITRANSVERSE PROPAGATION

V. I. Pakhomov,K. N. Stepanov,V.L. Pakhomov,H M Rizk,O. V. Dolzhenko,A. V. Zosimov,Anri A. Rukhadze,B.I. Aronov,L. S. Bo,A. Romanov,V.U. Abramovich,V. I. Shevchenko,E. V. Suvorov,A. A. Fraiman

DURING QUASITRANSVERSE PROPAGATION

1977

V. I. Pakhomov
K. N. Stepanov
V.L. Pakhomov
H M Rizk
O. V. Dolzhenko
A. V. Zosimov
Anri A. Rukhadze
B.I. Aronov
L. S. Bo
A. Romanov
V.U. Abramovich
V. I. Shevchenko
E. V. Suvorov
A. A. Fraiman

It is shown that due to resonance interaction of particles with the longitudinal (with respect to the external magnetic field) component of the electric field of a wave during quasitransverse propagation the cyclotron absorption of the ordinary wave increases in a plasma with a Maxwe llian distribution function.

Keywords:

Magnetic field
Resonance
Plasma
Electric field
Distribution function
Nuclear magnetic resonance
Cyclotron
Physics
Condensed matter physics
Atomic physics
ordinary wave

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