光谱响应

测量了电池的光照IV、暗IV和光谱响应等特性。

The illuminated I-V. dark I-V and spectral response of cells were measured .

设计了一种具有平顶陡边光谱响应的Si基光探测器。

A Si-based photodetector was designed to obtain flat-top and steep-edge spectral response .

α-Si∶H摄象管靶的光谱响应和最佳靶厚

Photoresponse and optimal thickness of α - si : h target for vidicon

CCD光谱响应曲线的校正

Correction on the Spectral Responce Curve of CCD Device

硅PIN光电二极管光谱响应特性的数值模拟计算

Numerical Simulation Calculation on Spectral Response of Silicon PIN Photodiode

国外GaAs光电阴极光谱响应特性比较与分析

Compare and Analysis of Spectral Response Characteristics of Foreign GaAs Photocathodes

用VB实现的光谱响应自动测试软件

Implementing auto - measuring software for spectral responsibility with VB

NewS（25）与LEP光电阴极光谱响应特性的研究

A Study of Spectral Response Characterization on New S_ ( 25 ) and LEP photocathodes

GaAs光电阴极稳定性的光谱响应测试与分析

Spectral Response Measurement and Analysis of Stability for GaAs Photocathode

对硅PIN光电二极管的光谱响应特性作了详细的分析计算，得到了硅PIN光电二极管光谱响应的计算公式；

The spectral response characteristics of silicon PIN photodiode have been studied by numerical calculation .

GaAs光电阴极原位光谱响应测试技术研究

On-line Measurement of Spectral Response of GaAs Photocathodes

铟封前后透射式GaAs光电阴极光谱响应特性的测试与分析

Measurement and Analysis of Spectral Response Characteristic of Transmission-Mode GaAs Photocathode before and after Indium Seal

提出了射频等离子体使TiO2对光谱响应红移的修饰方法。

The modified RF plasma method enabled TiO2 to display a red shift of the response spectrum .

滏阳河两岸农田土壤Fe、Zn、Se元素光谱响应研究

The Study of Spectral Responses of Agricultural Soils for Fe , Zn and Se in the Area of Fuyang Riversides

第二章详细研究了GaAs光电阴极的光谱响应理论。

In the second chapter the theory of spectral response of GaAs photocathode is studied in detail .

YBCO半导体薄膜的热辐射及宽光谱响应特性的研究

YBCO semiconductor membrane thermionic radiation and its broad spectrum response characteristics

表面敏化改性纳米晶TiO2的光谱响应特性研究及其应用进展

Research Progress in the Absorption Spectra of Sensitized Nano-sized Titanium Dioxide and Its Application

采用特定波长的滤色镜获取窄范围的频谱能量测定温度，避免CCD或其它光电探测器的光谱响应不均匀性对探测的影响；

It is used the special wave length filter to narrow the band and to avoid the optical spectrum character of CCD .

本文详细阐述了一个能对探测器光谱响应度，滤光片透过率和LED光、色度参数进行测试的系统的研究方案。

This thesis introduces a system that can be used for detector 's spectral responsibility , optical filter 's permeation rate and LED 's photometric and colorimetric testing .

新型单晶薄膜InP太阳电池的光谱响应

Spectral Response of a Novel Design of InP Single Crystal Thin Film Solar Cells

调制掺杂AlxGa（1-x）As/GaAs异质结持久光电导的光谱响应

Spectral Response of Persistent Photoconductivity in Modulation-Doped Al_xGa_ ( 1-x ) As / GaAs Heterostructures

设计了与标准CMOS工艺兼容的硅双光电探测器，并从理论上计算和分析了其绝对光谱响应。

A CMOS-process-compatible silicon double photodetector is designed . And the theoretical absolute spectral response of this photodetector is calculated and analyzed .

采用光谱响应等方法判别GaAs／Ge太阳电池究竟是活性还是非活性电池。

, are also presented . We use spectral responce to detect whether GaAs / Ge SC is active or inactive .

CCD（chargeCoupledDevice）以其灵敏度高、光谱响应宽等优点，广泛应用于民用和军事领域。

CCD ( Charge Coupled Device ) has a wide range of applications in civilian and military fields because of its high sensitivity and wide spectral response , etc. .

为减小误差且便于工程实现，提出了对CCD光谱响应曲线寻迹的数字滤光方法，并与多色滤光系统进行了比较。

To be convenient for industrial temperature measurement , a digital filtering method is proposed based on an algorithm of CCD spectral response curve tracing .

确定n、k值以及光电流在光谱响应峰值前的稳定上升和峰值后的近似线性下降规律通过调节锑、钾、钠源蒸发速率控制阴极成分。

Response goes Steadily up and that after Smax goes linearly down , the photocathode comPOSition is controlled by adjusting evaPOration rate of Sb , K and Na evaporator source .

平坦光谱响应AWG在实际应用中有重要价值。

Flat-top AWGs are more welcome in actual application .

但是，TiO2量子效率低、光谱响应范围窄和粉体难回收等缺点限制了其实际应用。

However , it is still not applied in practice due to its low light quantum yield , narrow light-response range and difficult separation .

通过掺杂来控制所得纳米TiO2的粒径和相变过程，抑制电子和空穴的复合，扩大光谱响应范围，以取得的光催化活性良好的组分和组织。

Through controlling the crystalline diameters of TiO2 and phase transfer process ; restraining the complex of the electrons and cavities ;

UV／Vis研究发现复合后材料的吸收光谱响应范围得到拓宽，复合材料的光敏曲线相对于吸收光谱发生了明显的红移；

F-Azo / TiOPc composites exhibited broadened absorption range and red-shift in term of photosensitivity when compared to their UV / Vis spectra .