Optimal design of F-P MCIRDA has been achieved and structure parameters of movable micro-mirror has been determined by theoretical analysis.
通过理论分析，完成了F - P MCIRDA的优化设计，确定了可动微镜的结构参数。
The micro-mirror fiber-optic hydrogen sensor is a kind of optical sensor with simple structure, high sensitivity, strong stability, and good reusability.
微透镜型光纤氢气传感器结构设计简单、灵敏度高、响应速度快，并且可以进行多次复用。
Significantly, the former two-class nature frequency expressions for the micro-mirror cell structure are put forward for the first tine, which are compared with the results from FEM analysis.
首次提出了该结构前两阶频率的表达式，并与相应的有限元模态分析结果进行了比较。
Using the KOH anisotropy enchant the vertical micro mirror array is fabricated. And also, the result of experiment is analyzed and discussed.
使用KOH各向异性腐蚀液制作了垂直微反射镜阵列，并对实验结果进行了分析和讨论。
Secondly, the reflective characteristic of micro mirror is analyzed. And then a normalized equation that governs the static characteristics of the electrostatic driving structure is derived.
其次，分析了光开关微反射镜的反射特性，然后推导了归一化的光开关静电驱动结构力矩平衡特性方程。
MOEMS optical switch based on electrostatic driving and vertical micro mirror technology is presented.
提出了一种基于静电驱动和垂直微反射镜技术的MOEMS光开关。
A MOEMS optical switch based on electrostatic driving and vertical micro mirror technology is presented.
提出了一种基于静电驱动和垂直微反射镜技术的MOEMS光开关。
Moreover, the optical phase modulation behavior model of micro deformable mirror arrays is established for the first time.
首次建立了微变形镜阵列的光相位调制系统级模型。
According to the two values, a micro-gear was fabricated by projection microstereolithography system using digital micro mirror dynamic mask.
根据测量的树脂的特性值，使用实验室开发的微反射镜动态掩膜微立体光刻系统，成功制作微齿轮。
It is proved that mirror EDM with mixed dielectric powders can not only decrease the surface roughness, but also improve the surface abradability, corrosion-resistance and micro - hardness.
研究结果表明，混粉电火花镜面加工不但能够显著降低加工表面粗糙度值，而且能够提高加工表面的耐磨性、耐蚀性和表层显微硬度。
The micro-structure of high moisture textured soy protein was analyzed using scanning electric mirror.
利用扫描电镜对高水分组织化大豆蛋白产品的微观结构进行了观察和分析。
Based on the experiments of constant temperature of S. P. F. with PMS steel of mirror, the characteristics of micro crystalline structure and its strengthening are studied.
对PMS镜面塑料模具钢进行恒温超塑成形试验，并对其显微组织结构特点及其强化机制进行研究分析。
Based on the experiments of constant temperature of S. P. F. with PMS steel of mirror, the characteristics of micro crystalline structure and its strengthening are studied.
对PMS镜面塑料模具钢进行恒温超塑成形试验，并对其显微组织结构特点及其强化机制进行研究分析。
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