The working principle of optical pickup and the measuring principle of rotation shaft torque using optical pickup and photoelectric method are introduced in this paper.
本文介绍了激光读出头的工作原理,提出了一种采用激光读出头、运用光电方式对转轴扭矩进行测量的原理。
Optical and thermal properties of a novel optically readable thermal imaging focal plane array (FPA) are analyzed, including reflectivity of two reflective surfaces of Fabry-Perot micro-cavity, temperature response of movable micromirror, noise-equivalent temperature difference (NETD) and thermal response time.
针对提出的一种光读出热成像系统 ,对其焦平面阵列的光学和热学特性进行了详细的分析 ,主要涉及法布里珀罗微腔两个反射面的反射率、可动微镜的温度响应、噪声等效温差以及响应时间四个方面。
A novel optically readable infrared imaging array device with "bi-material beam micro-mirror integrated structure" pixels has been proposed.
提出了一种具有“双材料梁-微镜一体化”特征结构的光读出红外成像阵列器件。
In this dissertation, reflective optical readout uncooled infrared imaging devices for8～14μm IR have been studied.
本文研究了针对8-14μm红外波段的反射式光读出非致冷红外成像阵列器件。
The methods of transformation of silver of the image in luminescent products allowing considerably to increase at luminescent reading the relation a signal/noise.
本文研究了在卤化银光敏层的基础上构建多层CD盘的原理,研制了将影像中的银转化为产生荧光产物的方法,从而在应用荧光读取信息时可极大地提高其信噪比。