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1·It is necessary to design the aspheric lens again.

因此需对非球面透镜进行二次设计。

2·One highly successful approach utilizes a triplet aspheric lens array.

一种很成功的方法是利用一个三合非球面透镜阵列。

3·A method to measure coaxiality of axisymmetric aspheric lens is introduced.

介绍了一种轴对称非球面透镜的光轴共轴度的测量方法。

4·For a particular light source and lighting requirements, aspheric lens can be designed.

针对特定的光源和照明要求，可设计非球面透镜。

5·The bi_arc fitting algorithm is used as the academic basis to produce the aspheric lens in high quality.

该数控加工算法模块采用了双圆弧拟合算法，为加工出高质量的非球面镜片提供了理论基础。

6·The reason for using aspheric lenses in these devices, the quality of the lens, as well as the material...

说明了这些仪器中使用非球面透镜的原因，对透镜像质的要求，以及制造非球面透镜的材料。

7·Aspherics are applied more and more widely in optical design as the use of aspheric lens simplifies the optical system.

非球面镜的使用能大大简化光学系统，因此被越来越多地应用到各种光学设计中。

8·Aspheric lens is being applied more and more widely, surface error is an important quality issue, and surface testing method is also very important.

非球面镜片的应用越来越广泛，面形误差是影响非球面质量的重要指标，所采用的面形检测方法非常重要。

9·In recent years, the aspheric lens is widely used because of its superiority to the spherical lens, but the manufacture and inspection is much more difficult.

由于非球面镜在性能上大大优于球面镜，近年来得到了广泛的应用，但非球面的加工和检验要比球面镜困难得多。

10·Finally, the aspheric lens system was processed by single point diamond turning techniques and its shaping ability was tested by the optical analyzing software.

最后，利用金刚石单点车削法加工该非球面光学系统，并利用光束分析软件对系统的整形效果进行了测试。