光电池

为保证可靠和长寿命，采用了红外发光二极管（LED），光敏器件采用大功率光电池（PIN）。

To guarantee reliability and long service life , infrared LED and high power photocell ( PIN ) are adopted .

通过实验测量了两种典型的光电探测器：硅光电池和PIN光电二极管的主要电学参数在受到飞秒激光辐照后的变化。

Through the experiment , we measured two kinds of typical photoelectric detectors : the electrical parameters of silicon photocell and PIN photodiode are measured after laser irradiation .

用PN结特性监控硅光电池质量

Monitoring the quality of silicon solar cell by P-N junctions characteristics

光电池非线性区PN结光生伏特效应的研究

Study on overlapping principle of PN junction in nonlinear zone of photoelectric cell

该测量仪由近红外LED光源、窄带干涉滤光片、菲涅尔透镜、硅光电池检测器、单片机系统及校准模型等组成。

The apparatus is made up of NIR LED , interference filter , lens , Si photronic detector , microprocessor system and calibration model .

染料敏化光电池中纳米TiO2膜的制备及性能研究

Preparation and Properties of TiO_2 film in Dye-sensitized solar cells

该项目为生产太阳能电池（即光电池，PV）的公司提供赠款。

The project provides grants to companies that produce solar cells known as photovoltaics ( PVs ) .

该仪器采用高亮度冷光源、光电池检测、带槽式机构、LCD显示、按键、热敏微型打印机。

It adopts exceeded luminosity lamp-house , electric eye sensor , slot transfer machine , LCD , keystroke , minitype .

CdSe薄膜光电池的串联电阻研究

Study on Series Resistance of CdSe Film PEC Cell

结果表明经过Ar射频等离子处理后，溅射法和涂敷法制备的TiO2薄膜组装的光电池的光电流分别提高了约80%和60%。

By Ar plasma treatment , the photo-currents of sputtered and coated TiO2 electrodes increased by 80 % and 60 % , respectively .

含有p-n单元的苝聚酰亚胺的三元共聚及敏化光电池性能研究

Synthesis and properties of perylene copolyimide containing p-n diblock used in photovoltaic cell

在四月八日，一个总部位于威尔士的公司——G24Innovations宣布他们已经开发出这种光电池。

On April 8th G24 Innovations , a firm based in Wales , announced that it may have come up with just such a cell .

碳纳米管透明薄膜可以用在液态发光材料，例如LCD显示、触摸屏和太阳能光电池。

The CNT transparent films can be used as the transparent electrode for application in solid state lighting , LCD displays , touch panels , and photovoltaics .

该系统由一个SiC发射极、一个简单的9层绝缘过滤器和一个GaSb光电池环路组成。

The system is made of a SiC emitter , a simple 9 layer dielectric filter and a GaSb Photovoltaic cell array .

硅型光电池是面向于太阳光的，而对于各种人造光源，无论是白炽灯，日光灯还是LED灯，它们发出的光的混合了多种频率，且与太阳光的不同。

Silicon-based solar cells have been optimised for sunlight . But artificial light , whether of the incandescent , fluorescent or LED variety , contains a different mixture of frequencies from that put out by the sun .

我拥有的第一个太阳能供电的装置，是一个夏普（sharp）制造的双重能源计算机，可以依靠电池，或液晶显示屏（lcd）上方的一小片光电池供电。

The first solar-powered device I owned was a dual-power calculator made by sharp that could run either on its batteries or a tiny Bank of photovoltaic cells above the LCD ( liquid crystal display ) .

通过比较太阳能光电池异质结的窗口效应理论，初步探讨了La3+非均匀掺杂对TiO2的光催化活性的影响机制。

The mechanism of photocatalytic activities are enhanced by La ~ ( 3 + ) non-uniformly doping was discussed on the analogy of the theory of " window effect " of solar cell heterojunction .

根据实验条件合理的选择了信号光纤、光电池探测器、LED光源及其光纤耦合方式。

Have analyzed the characteristics of LED light source , photodetector , photocell and optic fiber coupling machine theoretically , According to experiment condition choose signal optic fiber , photocell detector , LED light source and coupling way of optic fiber rationally .

本工作采用光电化学方法研究CdSe半导体隔片电化学光电池的电功率输出特性。

In this paper , using photo-electrochemical methods , the power output characteristics of a CdSe semiconductor septum electrochemical photocells ( SC-SEP ) has been studied .

发光MOFs在传感器，感光材料，光电池等方面均有潜在的应用。

The optical properties of MOFs can use as sensor , photosensitive materials , photovoltaic cells , and so on .

文中对激光供电方案中所需的关键器件激光器（LD）、光电池、DC-DC变换器的工作特性做了详细的描述，对激光器的驱动电路、保护电路和温度控制电路做了深入的研究。

This paper describes the working characteristics of the key apparatus LD 、 photocell and DC-DC converter . It also deeply researches the drive circuit , protection circuit and temperature controlled circuit .

经过测试证明，除PPC光电池有待进一步提高转换效率外，新型激光供能系统各模块设计合理，工作正常，整个系统完全满足光电式互感器高压侧数据采集电路的供电需求。

Proved by experiment , except PPC photovoltaic conversion efficiency needs to be further improved , it is showed that the modules of PoF system are designed reasonable and working properly .

提出了排种检测光电传感器的覆盖率问题，并利用红光半导体激光二极管（RLD）和硅光电池构造了一种高覆盖率的排种传感器。

A seeding monitoring optoelectronic sensor for precision planter was designed using red laser diode ( RLD ) and silicon photocell .

根据光电池线性区应用叠加定理建立的PN结光生伏特效应理论，阐述了PN结光生伏特效应在光电池非线性区的应用。

Overlapping theory of PN junction applied to linear zone of photo cell has been built based on PN junction photovoltaic effect . In the paper , the application of overlapping principle to non linear zone of photo cell is presented .

SnO2制备成本低，无毒，带隙宽度为3.8eV，适用于光电池的制备。

SnO_2 is applied to preparation for dye-sensitized solar cell for the merits of low-cost , non-toxic , wide bandwidth ( 3.8eV ) .

聚合物光电池的能量转换效率已提高到超过4.1%（500nm，10mW/cm2）。

The energy conversion effciency of polymer photovoltaic cells have been improved to over 4.1 % ( 500nm , 10mW / cm2 ) .

利用光电池接收入射的偏振光，通过A/D转换芯片（ICL7170），将电压值显示在LED上，验证了马吕斯定律。

Malus law was validated by incepting incident polarized light by photocell and displaying the voltage value on LED by A / D transform CMOD chip ( ICL7170 ) .

用空间滤波器滤出我们感兴趣的两物体差异部分，用光电池探测其光强并经I-V转换、前置放大、限位与A/D转换后输入到单片机上进行自动分级与处理。

Filter the interested parts using spatial filter , and detect the intensity of the interested part by photronic cell . After I-V conversion , preamplifier , clamping circuit and A / D convertor , import it to the Single-chip Microcomputer ( SCM ) to automatically grade and process .

基于硅光电池的电荷放大器性能测试信号发生器

Silicon Photocell Based Signal Generator for Performance Testing of Charge Amplifier

迭加定理在光电池非线性区应用

Application of the Overlapping Principle to Unlinear Zone of Photoelectric Cell