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1·This paper introduces an online measuring instrument for mirror pendulum pose, which USES quadrant Si-photoelectric cell as the detector.

介绍一种用于在线测量平面镜摆动姿态的方法及装置。

2·A four-quadrant photocell is used in the system to replace photoelectric cell, and it ACTS both as centering detector and light intensity detector.

测试系统中使用四象限光电池代替一路光电池进行差动运算，四象限光电池同时兼有对光和光强检测的功能。

3·The problems of the classic equivalent circuit of a photoelectric cell based on photovoltaic effect are analyzed, and a modified equivalent circuit is presented.

本文指出按经典光伏理论给出的光电池等效电路存在的问题，给出改进的光电池的等效电路。

4·The research status of the application of phthalocyanine compounds and their derivates in light sensor, LB film, solar photoelectric cell and non-linear optics is reviewed.

综述了酞菁化合物及其衍生物在感光元件、LB膜、太阳能光电池、非线性光学等方面的应用研究概况。

5·This paper introduces the dual axis small Angle measuring system, which USES quadrant si-photoelectric cell as the detector, analyzes the measuring principle, experimental equipment.

介绍了利用高灵敏度四象限硅光电管作为探测器的二维小角度测量系统，详细分析了其测试原理及实验装置。

6·Photocell: or photoelectric cell, or electric eye; Solid-state device with a photosensitive cathode that emits electrons when illuminated and an anode for collecting the emitted electrons.

光电管：一种固体探测器，有一个对光灵敏的阴极，受到光照时能发射电子，还有一个用于收集所发射电子的阳极。

7·The hardware and software of cardiotachometer of gymnastic device which based on photoelectric correlated cell is introduced in this paper.

本文介绍了基于光电对射管的健身器心率测量的硬件及软件系统设计。

8·Optimum design for coranercial cSi solar cell electrode, we can get high photoelectric efficiency and consistent quality in products.

优化设计电极图形可以获得高的光电转换效率和加工质量的一致性。

9·The invention relates to a novel solar cell which uses broadband receiving antenna to realize photoelectric conversion and comprises a photoelectric conversion layer and a substrate.

一种新型太阳能电池，涉及利用宽频接收天线实现光电转化，包括光电转 化层和基底。

10·The thin film solar cell and the manufacture method thereof provided by the invention can further improve the photoelectric conversion efficiency of solar cells.

本发明提供的薄膜太阳能电池及其制造方法能够进一步提高太阳能电池的光电转换效率。

光电池

1·The research status of the application of phthalocyanine compounds and their derivates in light sensor, LB film, solar photoelectric cell and non-linear optics is reviewed.

综述了酞菁化合物及其衍生物在感光元件、LB膜、太阳能光电池、非线性光学等方面的应用研究概况。