Binary optical resonator design for super-Gaussian beam output

机译：用于超高斯光束输出的二进制光学谐振器设计

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Abstract: A laser beam with uniform intensity and plain phase is advantageous for many applications. Based on diffractive theory, a binary optical resonator was developed according to phase-conjugate principle in this paper. Replacing the sphere mirror of a semiconfocal resonator with a 16 levels binary optical mirror, having square aperture, a square- cross-section 10th order super-Gaussian bema is designed as the eigenmode of the new resonator. A few different original beam distributions mirror can select the desired beam profile or not. THe resulting square-cross-section 10th order super-Gaussian fundamental mode reproduced itself after some roundtrips in the laser resonator successfully and the other modes were attenuated. !11

机译：摘要：具有均匀强度和平坦相位的激光束在许多应用中具有优势。基于衍射理论，根据相位共轭原理，研制了一种二元光学谐振器。用具有方形孔径的16级二元光学镜代替半共面谐振器的球面镜，将方形截面的10阶超高斯bema设计为新谐振器的本征模。几个不同的原始光束分布镜可以选择是否需要的光束轮廓。在成功地在激光谐振器中进行了一些往返之后，所得到的方形截面的十阶超高斯基本模式得以重现，其他模式被衰减了。！11

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来源
《Design and Engineering of Optical Systems II》|1999年|p.492-497|共6页
会议地点 Berlin(DE)
作者
Sitao Li; Huazhong Univ. of Science; Technology; Wuhan Hubei; China; Zhixia Guo; Huazhong Univ. of Science; Technology; Wuhan Hubei; China; Jiaxiong Ye; Huazhong Univ. of Science; Technology; Wuhan Hubei; China; Yu Ruan; Huazhong Univ. of Science; Technology;
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3. Design of a quasi-optical system to convert TE_(0n) mode outputs of a gyrotron into Gaussian beams [J] . I. Ogawa, K. Y. Yamada, T. Idehara, International Journal of Infrared and Millimeter Waves . 2000,第4期

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4. Binary optical resonator design for super-Gaussian beam output [C] . Sitao Li, Zhixia Guo, Jiaxiong Ye, Conference on design and engineering of optical systems . 1999

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机译：激光谐振器，激光束的特性和光学系统的设计

Binary optical resonator design for super-Gaussian beam output

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