Nonlinear 1D laser pulse solitons in a plasma
PK Kaw, A Sen, T Katsouleas - Physical review letters, 1992 - APS
PK Kaw, A Sen, T Katsouleas
Physical review letters, 1992•APSA class of exact one-dimensional solutions for modulated light pulses coupled to electron
plasma waves in a relativistic cold plasma is investigated. The solutions are in the form of
isolated envelope solitons and the nonlinear relationship between their group velocity,
amplitude, and frequency are discussed. Numerical results are presented for intense pulses
propagating close to the velocity of light; such pulses are of great interest from the point of
view of particle and photon accelerators.
plasma waves in a relativistic cold plasma is investigated. The solutions are in the form of
isolated envelope solitons and the nonlinear relationship between their group velocity,
amplitude, and frequency are discussed. Numerical results are presented for intense pulses
propagating close to the velocity of light; such pulses are of great interest from the point of
view of particle and photon accelerators.
Abstract
A class of exact one-dimensional solutions for modulated light pulses coupled to electron plasma waves in a relativistic cold plasma is investigated. The solutions are in the form of isolated envelope solitons and the nonlinear relationship between their group velocity, amplitude, and frequency are discussed. Numerical results are presented for intense pulses propagating close to the velocity of light; such pulses are of great interest from the point of view of particle and photon accelerators.
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