Rapid Modeling of Free Form Reflector Surface Based on Iterative Minor Adjustment

Abstract

Abstract: Free form reflector reverse modeling has rigid precision and efficiency requirements, which are related of optical characteristics. A rapid modeling method of surface minor adjustment is presented, which is based on iterative fitting. The reflector surfaces can be created rapidly by minor adjusting the section curves iteratively, and the whole process is under error control. Design applications show that developed techniques can deal with the reflector modeling stably and rapidly, and improve enterprise productivity obviously.

Key words: Iterative minor adjustment, Photometric characteristics, Reflector, Reverse modeling, capillary wick, conical, flat heat pipe, heat transfer, oxidation, thermal resistance

CLC Number:

TP391

WANG Gang;SHAN Yan;WU Weiwei. Rapid Modeling of Free Form Reflector Surface Based on Iterative Minor Adjustment[J]. , 2008, 44(3): 117-122.

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Rapid Modeling of Free Form Reflector Surface Based on Iterative Minor Adjustment

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