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Optimization Design of Large Octagonal Nd:glass Support System

机译:大型八边形Nd:玻璃支撑系统的优化设计

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Wavefront distortion induced by structure design must be minished to raise the quality of output beam in ICF facility. The support system of large octagonal Nd:glass in main amplifiers of SG-II is optimized with finite element analysis software ANSYS, and wavefront distortion in aperture of amplifier is calculated with Zernike polynomials fitting in different parameters combination. The transmission wavefront distortion induced by optimal support system is less than tenth wavelength and meets the requirement of system.
机译:必须减小结构设计引起的波前畸变,以提高ICF设施中输出光束的质量。利用有限元分析软件ANSYS对SG-II主放大器中大八角形Nd:玻璃的支撑系统进行了优化,并采用不同参数组合的Zernike多项式计算了放大器孔径的波前畸变。最优支撑系统引起的传输波前畸变小于十分之一波长,满足系统要求。

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