光电转换

说明在活性层中掺杂GO作为n型材料对提高器件的光电转换有着积极的作用。

As n-type materials , graphene has positive effects on the photoelectric conversion efficiency of devices .

高阻P型硅PN结中的光电转换

Photoelectric conversion in PN junction of high-pure P-type silicon

TEACO2激光光电转换效应研究

Research on the conversion effect of TEA CO_2 laser radiation to electric power

CCD（chargeCoupledDevice），是一种光电转换式图像传感器。

CCD ( Charge Coupled Device ) is an image sensor based on photoelectric conversion .

非晶硒对X射线光电转换特性的研究

Photoelectric conversion properties of amorphous selenium to X-rays

光电转换部分主要元件为线阵CCD，包括CCD的驱动电路及CCD的接口电路。

And the part of photoelectric transform circuits refers to linear CCD .

非晶硅PIN太阳能电池在强光照射下的光电转换现象

Photo-electrical Conversion Properties in Amorphous Silicon PIN Solar Cells at Strong Illumination

ZnO薄膜具有光电转换特性，有望成为太阳能电池材料；

ZnO is a semiconductor material with photo-voltage property .

它对X射线的光电转换特性和灵敏度是重要的性能参数之一。

The photoelectric conversion properties and sensitivity of α Se to X rays is important for such receptor .

对不同条件下制备的TiO2薄膜，研究了膜面上孔径变化对其光电转换特性的影响。

The photoelectric conversion properties of the films are investigated .

分级微纳结构ZnO空心球的制备及其光电转换性能

Preparation of Hollow ZnO Spheres with Hierarchical Micro / Nano Architectures and Photoelectric Conversion Property

该系统是基于光学三角测量原理，CCD光电转换技术设计出来的。

Based on the principle of optical triangulation , CCD photoelectric conversion technique , the system is designed .

低聚噻吩酸敏化多孔TiO2膜的光电转换性能

Photo-electric Conversion Properties of Oligo-thiophene Carboxylic Acid Sensitized Porous TiO_2 Films

CdSe／TiO2颗粒膜的光电转换效应研究

A Study on Photovoltaic Conversion of CdSe / TiO2 Particulate Film

TiO2半导体薄膜电极的光电转换性能研究

Study on the Light-to-Electric Energy Conversion of the Semiconductor TiO_2 Film Electrode

射频等离子体处理对TiO2薄膜光电转换和亲水性的影响

Photo-electrical Performance of TiO_2 Thin Films by Ar Plasma Treatment

点状PN结中的光电转换

Photoelectric conversion in point type PN junction

光电转换系统中主要进行了线阵CCD时序脉冲驱动电路及CCD接口电路的设计。

The important part in photoelectric transform circuits is design of driving circuits and signal processing circuits about linear CCD .

TiO2纳米晶的等离子体改性及光电转换性能的研究

Study on the Photoelectrical Property of TiO_2 Thin Films by Ar Plasma Treatment

电荷耦合器件（CCD）是一种集光电转换、电荷存贮、电荷转移为一体的传感器件。

Charge coupled devices ( CCD ) are sensors which integrate the optics to electronics conversion , charge storage and charge transition .

获取图像数据子模块负责控制信号发生子系统、图像采集子系统，从而获取光电转换子系统CCD的图像数据。

The image data acquisition sub module controls the signal generation part and imaging acquisition part to get the image data from CCDs .

仪器由LED（LightEmittingdiode）光源、窄带干涉滤光片、菲涅尔透镜、光电转换检测器、单片机系统等组成。

The apparatus is made up of light emitting diode ( LED ) , interference filter , lens , opto-electronic transformation detector , microprocessor system .

采用亚硫酸盐电镀的Au薄膜制备出这种多层太阳电池，并测试了其光电转换效率。

Multilayered photovoltaic device was fabricated with this Au thin film and the conversion efficiency of the device was tested .

通过倾斜多晶硅p-n结光电器件提高光电转换性能

Enhancement of Photoelectric Conversion by Tilting a Polycrystalline Silicon p-n Junction Device

PbS纳米粒子与全共轭高分子的自组装膜原位复合及其光电转换性质

In situ complexes of self-assembled films of conjugated polymers with PBS nanoparticles and their photovoltaic properties

LB膜光电转换研究的进展

Research Progress on the Photoelectric Conversion of Langmuir-Blodgett Films

在相同条件下，与TiO2纳米粒子相比较，用ZnO纳米线阵列制备的光阳极具有更好的光电转换效率。

Under the same conditions , the photoconversion efficiency of DSSCs with well-aligned ZnO nanowire arrays photoanodes performance better compared with the TiO2 nanoparticles .

结论表明：CdS的掺入有利于薄膜对可见光吸收的增强，从而提高其采光效率及光电转换效率。

The results indicate the absorbency to solar light and light-converting efficiency is improved when CdS nanocrystals is doped into TiO_2 film .

同时采用新的真空吸附的方法制备了曙红敏化纳晶多孔TiO2薄膜电极，并研究了曙红敏化太阳能电池的光电转换性能。

Also , a new gaseous adsorption route was employed to prepare eosin-sensitized TiO2 nanocrystalline film and its solar energy conversion properties were studied .

设计了一套基于线阵CCD光电转换原理的荧光检测系统。利用该系统实现了对啶虫咪农药荧光光谱特性的检测。

A fluorescence detecting system Based on the optical-electrical conversion principle of linear array CCD was designed and it was used to measure the fluorescence spectrum of acetamiprid .