optical material

Through structuring spherical microlens array on the surface of polymer material, the polymer microlens optical material can be obtained, the microstructure on surface can give many special function to polymer material.

通过在聚合物基材表面构造球冠型微透镜及其阵列，可以得到聚合物微透镜光学材料，其表面微结构可以赋予聚合物材料许多特殊的功能。

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Single crystal MgO has good thermal stability, light transmittance, electrical insulativity, chemical stability and mechanical properties. It is mainly used as substrate for high temperature superconductor ( HTS) thin films and also a kind of important optical material.

单晶MgO在耐温性、透光率、热导率、电绝缘性、化学稳定性和机械强度等方面性能优异，被广泛用作高温超导等薄膜生长的基片材料，同时也是一种重要的光学材料。

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Synthesis and Growth of New Type Nonlinear Optical Material of Calcium Fluoride Borate

新型非线性光学材料氟硼酸钙的合成及晶体生长

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The switch bases on one-dimensional photonic crystal doped by electro-optical material.

设计了新型的光开关器件,该器件建立在掺杂电光材料的一 维 光子晶体上.

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Secondly, according to characteristics of designed system, optical material and mechanical material is carefully chosen.

其次，结合本光学系统的特点，合理选择了光学材料、机械材料，并进行了光学系统设计。

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Study of Photoelasticity of Optical Material by Using Laser Heterodyne Interferometer

采用激光外差干涉仪测量光学材料光弹特性的研究

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The second order nonlinear optical material, 2,4 dinitrophenol ( DNP ) was synthesized.

合成了二阶非线性光学材料2, 4-二硝基苯酚 ( DNP),测试了其二次谐波产生(SHG ) 的强度和晶体结构.

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Germanium is a common TR optical material.

锗是常用的红外光学材料。

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This new optical property will be potential applications of HTlc in optical material fields.

这一光学功能的发现将有助于类水滑石在光学材料领域中的进一步应用.

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Because the stress damage threshold intensity is smaller than the melting damage threshold intensity, permanent damage in optical material is produced when circumference stress exceeds the tensile strength. The damage morphology of K9 glass induced by laser is proved to be cleavage burst.

由于K9玻璃的应力损伤阈值小于熔融损伤阈值，因此当激光作用引起的环向热应力大于材料的抗拉强度时，材料发生永久性损伤，损伤形态为拉伸解理。

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The dispersion equation for the diffractive optical element is first derived from the grating diffractive theory and the design equation for the hybrid refractive/ diffractive achromatic telescope objective with only one optical material is further derived.

首先从光栅衍射理论出发导出衍射光学元件的色散公式，并进一步推导出用一种材料进行折／衍混合消色差望远物镜设计的公式。

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It also summarized the applications of nano-composites in toughen-reinforced, constructional, conductive and optical material.

对聚合物/无机 纳米材料 在增强 、 结构 、 导电和光学材料中的应用也作了概括的说明.

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