This paper discusses a nanometer level precision alignment technique as applied to highly efficient micro optics packaging using heat curable adhesives.
本文讨论纳米精确度光学对准技术，以用于采用热固化树脂的微光学包装。
The display technology of LED includes micro controller, video, optics mechanics and digital image manipulation etc.
LED显示技术涵盖了微机控制、视频、光学、机械和数字图像处理等多种技术。
The principle of projection type micro optical encoder has been described and the optics theory of grating imaging is deduced.
对投影型微光学编码器的原理进行了分析，结合微机电系统集成技术，提出并实现了投影型微光学编码器。
The microlens arrays are the important kind of micro-optics elements.
微透镜阵列就是其中一种重要的微光学元件。
The idea based on optics-information theory is applied to study the micro-bend fiber sensor, the concept of information capacity ACTS as the evaluation of the sensing performance.
通过把光学信息理论应用于微弯光纤传感器，用信息量评估测量性能，提出了一种优化系统性能和参数设计的光学信息理论。
Micro F-P cavity tunable filter, one of the Micro-opto-electro-mechanical devices, has been widely applied in the area of hyperspectral imaging, DWDM optical communication and self-adaptive optics.
微F-P腔可调谐滤波器主要运用于超光谱成像、DWDM光通信系统和自适应光学等系统中。
Micro-optics is a new branch of optics.
微光学是一个新的光学学科分支。
Porous silicon and its preparation technology have been used broadly in the fields of micro-sensors because of its special performance in physics, chemistry and optics.
多孔硅由于其独特的物理、化学和光学性能及技术优势，已经在微传感器领域得到广泛的应用。
The scattering problem in periodic structural mediums often discussed in the theory and applications of modern micro-optics, where periodic structural mediums are often called diffraction gratings.
在现代光学理论及应用中，经常要讨论周期结构介质中的散射问题，其中周期结构通常被称为衍射光栅。
The relation between the optics density of the X ray and the output information voltage of micro densimeter is investigated.
探索了X射线照片密度与显微密度计信号电压之间的关系。
The optical force and torque of a micro-propeller-shaped rotor driven by TEM00Gaussian laser beam are calculated with a geometric-optics model.
在几何光学模型近似下，对用TEM 00高斯激光束驱动微型螺旋桨结构的光驱动力和力矩进行了理论计算。
Optical switches made with micro-electro-mechanical systems (MEMS) technology bear advantages of both MEMS and traditional optics.
微电机械系统（MEMS）光开关是微电机系统技术与传统光学技术相结合的新型机械式光开关。
The COF/MEMS packaging technology is well-suited for many microsystem packaging applications such as micro-optics and radio frequency(RF) devices.
COF/MEMS封装技术非常适合于诸如微光学及无线射频器件等很多微系统封装的应用。
For further extending application field of micro-optics, the manufacturing method of micro-optics is advised more new requests.
因此，研究方便有效的微光学元件制作新方法仍是目前国内外微光学领域研究的一个重要方向。
In recent years, with micro-electro mechanical systems (MEMS) penetrating gradually through optics, a full new technique field-micro-opto-electro- mechanical systems (MOEMS) came into being in 1990's.
最近几年来，微电子机械系统（MEMS）逐渐向光学方面渗透，在二十世纪九十年代中后期形成了全新的技术领域—微光机电系统（MOEMS）。
Project supported by the State Key Laboratory of Optical Technology for Micro-fabrication Shanghai Institute of Optics and Electronics China (Grant No. ).
国家重点实验室（光技术 应用于微 加工实验室），上海光学及电子研究所（批准号： ）资助的课题。
Project supported by the State Key Laboratory of Optical Technology for Micro-fabrication Shanghai Institute of Optics and Electronics China (Grant No. ).
国家重点实验室（光技术 应用于微 加工实验室），上海光学及电子研究所（批准号： ）资助的课题。
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