BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHOD

shi zhiquan; tan jichun; wei xiaofeng; man jongzai; zhang xiaoming; yuan jing; yuan xiaodong

shi zhiquan, tan jichun, wei xiaofeng, et al. BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHODJ. High Power Laser and Partical Beams, 1998, 10(01).

Citation:

shi zhiquan, tan jichun, wei xiaofeng, et al. BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHODJ. High Power Laser and Partical Beams, 1998, 10(01).

Citation:

shi zhiquan, tan jichun, wei xiaofeng, et al. BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHODJ. High Power Laser and Partical Beams, 1998, 10(01).

BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHOD

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Abstract

This paper describes the application of successive quadratic programming method(SQP) to design laser beam configuration in target area. Based on the requirement of ICF experiment physics, a math model of indirect driver beam geometry is given. A 3D wrieframe is plotted, in which support lines represent 60 laser entireties and 240 turning points of support lines-segments stand for the spatial positions of reflectors.

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BEAMS CONFIGRUATION DESIGN IN TARGET AREA WITH SUCCESSIVE QUADRATIC PROGRAMMING METHOD

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