单词查询
aspheric
美[æz'ferɪk]，英[æz'ferɪk]，
释义
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n. 非球面； 网络释义： 非球面放大镜；非球面性；非球面打磨；
例句
And a fourth lens formed of a biconcave lens having aspheric surfaces on both sides and an inflection point on an upper aspheric surface.
第四透镜，由双凹透镜形成，在两侧上具有非球面表面，在非球面表面上具有拐点。
In actual production processing, the a sphericity of an aspheric surface is directly relative to its manufacture difficulty.
在实际生产加工中，非球面镜的非球面度直接反映加工的难度。
Aspheric optical part processing is an acknowledged difficult problem around the world.
Interferometric test results of an aspheric surface show that the whole test system obtains the demanded accuracy.
非球面干涉测试的结果表明整个测试系统达到了需要的精度要求。
Thereinto, said light-out part is aspheric surface, said top of the cavity is corresponding with the light-emitting chip.
其中，所述出光部为非球面，所述的空穴顶部与发光芯片相对。
At last, physical optics propagation through the aspheric system is analyzed and then the irradiance distribution is discussed.
最后，对该非球面镜系统进行物理光学传播追踪，分析其光强分布。
A measurement method of the large-aperture aspheric surfaces with the ronchi wonderful legal quantity the new technology was proposed.
提出了一种用朗奇法定量检测大口径非球面的新技术。
The characteristics of testing methods of measuring the large aspheric optical profile and their characteristics are summarized.
总结了常用大型非球面光学元件轮廓检测方法及其特点。
Then, bi-arc fitting algorithm of the generating line of axis-symmetrical aspheric elements is researched.
然后，研究了回转对称非球面的母线离散算法，并在此基础上研究了非球面母线的双圆弧拟合算法。
In addition, the aspheric surface enables to have more adjustable parameters in optical design to satisfy different optical systems.
另外，非球面使光学设计中有更多的可调参数，以满足设计不同光学系统的需要。
第四透镜，由双凹透镜形成，在两侧上具有非球面表面，在非球面表面上具有拐点。
In actual production processing, the a sphericity of an aspheric surface is directly relative to its manufacture difficulty.
在实际生产加工中，非球面镜的非球面度直接反映加工的难度。
Aspheric optical part processing is an acknowledged difficult problem around the world.
Interferometric test results of an aspheric surface show that the whole test system obtains the demanded accuracy.
非球面干涉测试的结果表明整个测试系统达到了需要的精度要求。
Thereinto, said light-out part is aspheric surface, said top of the cavity is corresponding with the light-emitting chip.
其中，所述出光部为非球面，所述的空穴顶部与发光芯片相对。
At last, physical optics propagation through the aspheric system is analyzed and then the irradiance distribution is discussed.
最后，对该非球面镜系统进行物理光学传播追踪，分析其光强分布。
A measurement method of the large-aperture aspheric surfaces with the ronchi wonderful legal quantity the new technology was proposed.
提出了一种用朗奇法定量检测大口径非球面的新技术。
The characteristics of testing methods of measuring the large aspheric optical profile and their characteristics are summarized.
总结了常用大型非球面光学元件轮廓检测方法及其特点。
Then, bi-arc fitting algorithm of the generating line of axis-symmetrical aspheric elements is researched.
然后，研究了回转对称非球面的母线离散算法，并在此基础上研究了非球面母线的双圆弧拟合算法。
In addition, the aspheric surface enables to have more adjustable parameters in optical design to satisfy different optical systems.
另外，非球面使光学设计中有更多的可调参数，以满足设计不同光学系统的需要。