Micro lens array

To make fully use of light , a new method that micro lens array is chosen as beam splitter is researched .

为了充分利用光能，本文提出使用微透镜阵列作为发射光学系统的分束器的新想法。

In coarse laser beam steering , micro lens array which can response fast and steer large angle is becoming more and more popular .

在粗跟瞄系统中，微透镜阵列技术作为一种响应速度快，偏转范围较大的技术日益受到人们的关注。

Novel Method for Writing Long Period Fiber Grating in Single Mode Fiber Using Micro Lens Array

用微透镜阵列在单模光纤中写入长周期光纤光栅的新方法

The main problems in making continuous micro lens array are to control the depth of relief and relief surface shape . The existing methods cannot solve these problems .

制作连续微透镜列阵中主要的问题就是浮雕的深度和浮雕面形的控制，已有的微透镜列阵制作方法不能很好地解决；

Micro lens array is important micro-optics part and has been widely used in high-technology fields , it is mass produced by micro-injection molding technology and nano-imprinting technology .

微透镜阵列是重要的集成化微光学元件，采用微注塑成型技术或纳米压印技术实现批量化生产。

In the part of receiving optical system , in order to improve the filling factor of APD array , an idea that micro lens array is used to replace the previous usual lens is studied .

在接收光学系统中，为了使APD阵列的填充因子得到改善，本文提出了用微透镜阵列代替以往常用透镜的思路。

A proof-of-concept experiment employs a micro lens array each diameter of which is 15 mm and sea water and atmosphere channel with length of 12.65 m to simulate the strong scattering in real case . The results indicate good feasibility of the proposed model .

实验采用直径为15mm的微透镜阵列以及长为12.65m的海水、大气信道来模拟实际信道中的强散射作用，结果表明该模型具有较好的可行性。

Fabrication of refractive micro - lens array with enzyme - etching method

酶蚀明胶法制作折射微透镜阵列

A Q switched Nd : YAG laser end pumped by a QCW 600 W laser diode array ( LDA ) is reported . Coupling system of the laser are micro cylindrical lens array and lens duct , which are made by us .

采用峰值功率600W的准连续（QCW）激光二极管阵列（LDA）端泵浦Nd：YAG晶体，其耦合装置为自制的微柱透镜阵列和透镜导管。