Interaction of intense laser light with free electrons
Author(s)
Bibliographic Information
Interaction of intense laser light with free electrons
（Laser science and technology, v. 13）
Harwood Academic Publishers, c1991
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Note
Bibliography: p. 70-75
Includes index
Description and Table of Contents
Description
This volume focuses on recent advances in the investigation of the interaction of intense electromagnetic fields with free electrons, a rapidly developing field following the advent of sufficiently powerful lasers in the last 20 years. Topics covered include multiphoton stimulated bremsstrahlung; stimulated Compton scattering and in particular the Kapitza-Dirac effect; free electron lasers and laser acceleration of electrons; above-threshold ionization; electron wave packets in the continuum and in the region of Rydberg levels, their production, features and resulting coherent effects; and coherent phenomena arising during photoionization of Rydberg atoms in the limit of strongly ionizing fields.
Table of Contents
- Stimulated Bremsstrahlung
- multiphoton stimulated Bremsstrahlung
- spontaneous and stimulated compton scattering
- ponderomotive potential, Kapitza-Dirac effect and transverse electron channeling in a standing wave
- free electron lasers
- laser acceleration of electrons
- wave packets and their free evolution
- wave packets in the theory of MSB
- free-free and bound-free field-induced coherent transitions in a single atom
- above-threshold ionization - perturbation theory and semi-classical approach, method of essential states, AC Stark shift and ponderomotive acceleration, ATI in the limit of extremely short pulses, harmonic generation
- interference suppression of photoionization from Rydberg levels in a strong ionizing field.
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