声光中的高斯光束:非共线各向同性相互作用的理论描述

R. Bukowski
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引用次数: 1

摘要

声光现象是由布里渊于1922年从理论上提出的。这些预测在10年后的实验中得到了证实。在随后的几年里,人们从多个角度描述了弹性波对光波传播的影响,并进行了实验检验和实际应用。第一部著作描述了无限平面波的相互作用,但对实际应用的根本意义是描述了真实波束的相互作用。尽管声光现象的研究取得了巨大的进展,但这个问题仍然存在。在众多适用于各种声光相互作用的描述方法中,特定声光相互作用的描述方法也使描述任意空间分布光束的相互作用成为可能。然而,在当今声光现象的应用中,如调制器、滤光器、频谱分析仪等,大多使用激光。激光发出的光束在许多情况下可以称为高斯光束。这意味着正确描述涉及光学高斯光束的声光相互作用具有重要的实际意义。本文综述了描述高斯光束与声波之间声光相互作用的理论工作。本文特别关注了复杂几何光学方法的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical gaussian beam in acousto-optics: theoretical description of noncollinear isotropic interactions
Acoustooptical phenomenon was anticipated theoretically by L. Brillouin in 1922. These anticipations were confirmed experimentally 10 years later. In the following years the influence of elastic wave on light wave propagation was described from many points of view, examined experimentally, and applied in practice. The first works describe interaction of unlimited plane waves but the fundamental meaning for practical applications has the description of real wave beams’ interaction. This problem still exists despite huge progress made in acoustooptical phenomenon’s investigations. Among numerous description methods applicable to various, specific acoustooptical interactions are also such ones, that make it possible to describe interaction of beams of arbitrary spatial distributions. However, in today’s applications of acoustooptical phenomenon such as modulators, filters, spectrum analyzers, etc. one uses mostly laser light. Light beams emitted by laser may in many cases be described as gaussian beams. It means, that the correct description of acoustooptical interaction involving optical gaussian beams has significant practical meaning. This paper presents the review of theoretical works describing acoustooptical interaction between optical gaussian beams and acoustical waves. Special attention has been paid the application of complex geometrical optics’ methods.
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