ISBN 9788130931500,Physics of Solid State Lasers

Physics of Solid State Lasers

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Publisher

Viva Education Private Ltd

Publication Year 2015
ISBN-13

ISBN 9788130931500

ISBN-10 8130931508
Binding

Hardback

Number of Pages 180 Pages
Language (English)
Subject

Applied physics

widely in science and technology in comparison with other types of laser. The most attractive feature of the solid-state lasers as sources of coherent radiation, is the large variety of the lasing conditions, with the typical features including the different conditions of free lasing, passive and active synchronisation of modes, the giant pulse regime. Because of the influence of nonlinear self-effect of radiation, additional nonlinear-optical elements in laser resonators make it possible to control the lasing parameters, including the realisation of new lasing conditions. The expansion of the sphere of application of the solid-state lasers is associated with both the improvement of the technology of formation of new solid-state active media and with the development of new highly efficient methods of controlling laser radiation.

In the monograph, the authors examine in detail the problem of self-organisation of the radiation of solid-state lasers, describe the theoretical fundamentals of simulation of stochastic processes in the interaction of coherent electromagnetic radiation with the solid, and the principles of statistical nonlinear lasing dynamics. The physical mechanisms of the methods of controlling the radiation of solid-state lasers in the free lasing and giant pulse conditions are described, together with the method of synchronisation of pulses, stabilisation and optimisation of the parameters of solid-state lasers in order to produce powerful monochromatic radiation with adjustable frequency.

Table of Contents:
Solid-state chromium lasers in free lasing regime Solid-state neodymium lasers in free lasing regime Generation of powerful single-frequency giant radiation pulses in solid-state lasers Lasing of stable supershort radiation pulses in solid-state lasers Increasing the lasing efficiency of solid-state lasers Principles of lasing of solid-state lasers Stochastic and transition processes in solid-state lasers

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