MODE STRUCTURE OF FIELD IN THE ZEEMAN LASER GYRO WITH THE NON-PLANAR RESONATOR AND NON-GAUSSIAN DIAPHRAGM

机译：具有非平面谐振器和非高斯隔膜的Zeeman激光陀螺仪中场的模式结构

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The calculation of the resonator for the displaced centers of a beam and a diaphragm, modeling discrepancy of an adjustment of the resonator is submitted. The four-mirror nonplanar resonator with three flat, one spherical mirror and not Gaussian diaphragm with sharp edges is considered. The optimum configuration of the resonator providing the minimal dispersion on not Gaussian diaphragm is determined.

机译：提交了用于光束的位移中心的谐振器和隔膜的谐振器，建模谐振器调整的差异。具有三个平坦的一个球形镜的四镜非平面谐振器，而不是具有锋利边缘的高斯隔膜。确定提供最小色散的谐振器的最佳配置，而不是高斯膜片。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems》|2007年||共2页
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作者
Yu. Yu. Broslavets; T. E. Zaitseva; A. A. Fomitchev;
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中图分类 V249.324-53;
关键词
Laser gyro; Non-planar cavity; Astigmatic Hermite-Gaussian beam;

机译：激光陀螺;非平面腔;散光Hermite-高斯梁;

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2. Influence of the resonator parameters and spatially nonuniform amplification on the spatial structure of the fundamental mode of stable resonator lasers [J] . Gorbunkov MV, Kostryukov PV, Tunkin VG Quantum electronics . 2008,第7期

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3. Performance-enhanced Fabry-Perot microcavity structure with a novel non-planar diaphragm [J] . W.J. Wang, R.M. Lin, T.T. Sun, Microelectronic Engineering . 2003,第1期

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4. MODE STRUCTURE OF FIELD IN THE ZEEMAN LASER GYRO WITH THE NON-PLANAR RESONATOR AND NON-GAUSSIAN DIAPHRAGM [C] . Yu. Yu. Broslavets, T. E. Zaitseva, A. A. Fomitchev Saint Petersburg International Conference on Integrated Navigation Systems . 2007

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MODE STRUCTURE OF FIELD IN THE ZEEMAN LASER GYRO WITH THE NON-PLANAR RESONATOR AND NON-GAUSSIAN DIAPHRAGM

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