1 . A new method for fabricating micro - optical elements with aspherical outlines is discussed.
讨论了一种制作非球面微光学元件的新方法.
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2 . This paper presents the design principle and method of an opticalfor plastic aspherical door scope.
介绍了一种塑料非球面门镜的设计原理及方法.
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3 . This paper presents the design principle and method of an opticalfor plastic aspherical door scope.
介绍了一种塑料非球面门镜的设计原理及方法.
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4 . The automatic of an aspherical lens in front of a fibre - scope depends on the working distance.
光纤显微镜前的非球面镜自动装配依赖于工作距离.
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5 . The automatic of an aspherical lens in front of a fibre - scope depends on the working distance.
光纤显微镜前的非球面镜自动装配依赖于工作距离.
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6 . By means of null compensator testing, an off - axis aspherical mirrora lager - aperture rectangle is tested successfully.
通过 非 球面的零位补偿法,完成了对矩形大口径 离轴 非球面镜的检测.
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7 . By means of null compensator testing, an off - axis aspherical mirrora lager - aperture rectangle is tested successfully.
通过 非 球面的零位补偿法,完成了对矩形大口径 离轴 非球面镜的检测.
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8 . Optimal stitching algorithm is extremely important for testing large - aperture aspherical optical elements by annular - aperture scanning technique.
1 . A new method for fabricating micro - optical elements with aspherical outlines is discussed.
讨论了一种制作非球面微光学元件的新方法.
来自互联网
2 . This paper presents the design principle and method of an opticalfor plastic aspherical door scope.
介绍了一种塑料非球面门镜的设计原理及方法.
来自互联网
3 . This paper presents the design principle and method of an opticalfor plastic aspherical door scope.
介绍了一种塑料非球面门镜的设计原理及方法.
来自互联网
4 . The automatic of an aspherical lens in front of a fibre - scope depends on the working distance.
光纤显微镜前的非球面镜自动装配依赖于工作距离.
来自互联网
5 . The automatic of an aspherical lens in front of a fibre - scope depends on the working distance.
光纤显微镜前的非球面镜自动装配依赖于工作距离.
来自互联网
6 . By means of null compensator testing, an off - axis aspherical mirrora lager - aperture rectangle is tested successfully.
通过 非 球面的零位补偿法,完成了对矩形大口径 离轴 非球面镜的检测.
来自互联网
7 . By means of null compensator testing, an off - axis aspherical mirrora lager - aperture rectangle is tested successfully.
通过 非 球面的零位补偿法,完成了对矩形大口径 离轴 非球面镜的检测.
来自互联网
8 . Optimal stitching algorithm is extremely important for testing large - aperture aspherical optical elements by annular - aperture scanning technique.