Explosive instabilities in a cold beam plasma system

Beam Instabilities in Magnetized Pair Plasma

Beam instabilities in the strongly magnetized electron-positron plasma of pulsar magnetospheres are considered. We analyze the resonance conditions and estimate the growth rates of the Cherenkov and cyclotron instabilities of the ordinary (O), extraordinary (X) and Alfvén modes in two limiting regimes: kinetic and hydrodynamic. As a preliminary step, we reconsider wave dispersion and polarizati...

Multidimensional electron beam-plasma instabilities in the relativistic regime

Electromagnetic instabilities for relativistic beam-plasma interaction in whole k space: nonrelativistic beam and plasma temperature effects.

For the system formed by a relativistic electron beam and its plasma return current, we investigate the effects of both transverse and parallel beam and plasma temperatures on the linear stability of collective electromagnetic modes. We focus on nonrelativistic temperatures and wave-vector orientations ranging from two-stream to filamentation instabilities. Water-bag distributions are used to m...

X. Plasma Electronics A. Beam Plasma Discharge: System A

Prof. L. D. Smullin F. E. Dunn M. D. Lubin Prof. H. A. Haus P. H. Edmonds R. W. Moir Prof. A. Bers S. A. Evans P. E. Newton Prof. W. D. Getty T. J. Fessenden A. A. Offenberger Prof. D. J. Rose R. W. Flynn R. R. Parker Prof. T. H. Dupree E. T. Gerry C. S. Ribbeck Prof. L. M. Lidsky J. N. Hamawi E. A. Robertson Prof. E. P. Gyftopoulos C-F. G. Hsi H. M. Schneider Dr. T. Musha C. A. Kapentanakos C....

Xv. Plasma Electronics A. Beam-plasma Discharge: System A

Prof. L. D. Smullin P. H. Edmonds M. Lind Prof. H. A. Haus S. A. Evans M. D. Lubin Prof. A. Bers T. J. Fessenden J. D. Mills Prof. W. D. Getty R. W. Flynn R. W. Moir Prof. D. J. Rose F. Gardiol A. A. Offenberger Prof. T. H. Dupree E. T. Gerry K. C. Papadopoulos Prof. L. M. Lidsky J. N. Hamawi R. R. Parker Prof. E. P. Gyftopoulos C-F. G. Hsi L. M. Petrie, Jr. Dr. T. Musha G. I. Kachen, Jr. C. S....