CAJ | 학술논문

采用三坐标测量法对磨削加工及模压热成型两种工艺的椭球反光镜进行了面形测量,与标准型线全局比对获得了椭球面形的偏差,结果表明磨削反光镜存在峰谷误差分布,而模压热成型反光镜误差曲线近似于线性分布.采用Tracepro对两种反光镜进行了应用模拟,磨削反光镜的光利用效率是模压热成型反光镜的92%.采用光学成像法观察了反光镜的出射光分布情况,磨削反光镜出射光呈现环状条纹亮暗分布,而模压热成型反光镜出射光呈现云状光强分布.
채용삼좌표측량법대마삭가공급모압열성형량충공예적타구반광경진행료면형측량,여표준형선전국비대획득료타구면형적편차,결과표명마삭반광경존재봉곡오차분포,이모압열성형반광경오차곡선근사우선성분포.채용Tracepro대량충반광경진행료응용모의,마삭반광경적광이용효솔시모압열성형반광경적92%.채용광학성상법관찰료반광경적출사광분포정황,마삭반광경출사광정현배상조문량암분포,이모압열성형반광경출사광정현운상광강분포.
Two ellipsoidal surface reflectors, one was made by grinding and the other by molding, were detected using coordinate measuring machine. Contrasting to their profile line, a deviation distribution curve with peaks and valley on the first reflector and a linear deviation distribution on the other one are acquired. TracePro was used to simulate luminance of their reflecting spot and a reflecting effect ratio of 92%comparing between the two reflectors is obtained. Optical imaging method was used to inspect the reflected light spot and the result shows that bright and dim rings appear alternately in the reflected spot of the grinding reflector, and the other one gets a cloud-like reflected light spot.