首页> 外文会议>Saint Petersburg International Conference on Integrated Navigation Systems; 20060529-31; Saint Petersburg(RU) >FORMATION OF THE MODE STRUCTURES OF FIELD IN A LASER GYRO WITH THE NON-PLANAR CAVITY WITH FIELD ROTATION AND GAUSSIAN A DIAPHRAGM
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FORMATION OF THE MODE STRUCTURES OF FIELD IN A LASER GYRO WITH THE NON-PLANAR CAVITY WITH FIELD ROTATION AND GAUSSIAN A DIAPHRAGM

机译:具有平面旋转且非平面空腔且高斯隔膜的激光陀螺仪中场的模式结构的形成

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摘要

The model of astigmatic Hermite-Gaussian beam in the cavity of the laser gyroscope with the non-planar cavity, describing formation the basic and the high cross-section modes is considered in view of rotation of a field. Distribution of the field in the cavity with the Gaussian diaphragm in various configurations of the cavity is designed. Modeling formation of modes in the cavity is carried out. Influence of a corner of a break of the cavity on structure of the field of a modes and formation of beams with rotation of the field is determined. Calculations are executed in the assumption Gaussian optical elements of the resonator.
机译:考虑到场的旋转,考虑了具有非平面空腔的激光陀螺仪空腔中的像散Hermite-Gaussian光束模型,该模型描述了基本截面模式和高截面模式。设计了具有高斯光阑的腔中场在各种构型中的分布。进行模腔中模型的形成。确定腔的破裂的拐角对模场的结构以及随着场的旋转而形成束的影响。在谐振器的假定高斯光学元件中执行计算。

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