多元探测器

用EBIC测量InSb多元探测器少子扩散长度

Determination of minority carrier diffusion length by EBIC for InSb multi-element arrays

为研制红外多元探测器阵列，我们采用柯达法制备了硫化铅（PbS）多晶膜，对它的结构特性和电学特性进行了研究。

For developing infrared polyelement detector array , we use Kodak method to prepare PbS poly-crystalline film . Its structure and electrical properties have been studied .

用DX-3A型扫描电镜，在100K采用EBIC技术确定了InSb多元探测器N型基底的空穴扩散长度。

Electron beam induced current technique is used to determine the hole diffusion length of N-type substrate at 100K for InSb multi-element arrays with DX-3A SEM .

多元探测器在玫瑰扫描红外亚成像系统中的应用

Application of a multiple-element array detector in infrared sub-image system with rosette scanning

对扫描反射镜转动时，多元探测器不同像元的像旋进行分析，为像消旋提供一种方法。

This paper discusses a method which can calculate the image rotating angle of different pixel on the detector array .

成像跟踪制导技术是通过光机扫描和多元探测器获取目标和图像信息，经信息处理和鉴别，自动跟踪和打击目标。

The technology of the Image tracking guidance gets the information of the target and background through optical mechanical scanning and infrared detector .

实验结果表明，本测量系统不仅具有较低的测量误差（≤2%），并且可以用于其他多元探测器的噪声检测。

The experiment result shows that the circuit and measurement method have many advantages . The measurement error is not higher than 2 % . And it can be applied in other kinds of multi-quadrant detector noise measurement .

大面积多元PbS探测器均匀度研究

The uniformity of a multielement PbS detector

基于多元阵列探测器的快速光声层析成像线型光速火焰探测器

Fast Photoacoustic Imaging System Based on Multi-element Transducer Array ; Optical Beam Flame Detector

研制了一台用于冷却红外多光谱扫描仪中多元红外探测器列阵的星载辐射制冷器。

A spaceborne radiant cooler for cooling multielement infrared detector array in Infrared Multispectra Scanning System ( IRMSS ) is developed .

针对光导型多元红外探测器特性，研制了红外探测器均匀性自动化测试系统。

Pointing to the property of photoconductive multiunit infrared detector , an automatic testing system for uniformity of infrared detector is developed .

本文主要介绍硒化铅光导型多元红外探测器的电极材料选择和电极的制备工艺。

In this paper , the selection of electrode materials for PbSe photoconductive infrared detectors is mainly described , as well as its electrode fabrication processing .

采用高像质、大光通量的折反式光学系统和闪耀光栅分光系统，通过多元碲镉汞探测器线列及电气系统，可同时检测目标温度及发射率。

By applying blazed grating and refractive reflected optical system with high image quality and throughput , the temperature and emissivity were available simultaneously by the MCT semiconductor sensor array and electric system .

研制了适于弹上应用的新型杜瓦结构双色多元红外探测器，通过使用特殊的材料把光学系统的遮光罩与探测器的冷屏巧妙地结合在一起，解决了探测器窗口结霜及光学系统杂散光的问题。

A new type infrared detector ( without Dewar ) applied to cannonball was developed . The problems of being frosted on the detector window and stray light were solved by the coalescent of the optical lens hood and the detector shield .

通过串音预测对PCB布线的3W规则进行验证多元红外光导探测器电子学串音研究

The Verification of the 3W Rule on PCB by Crosstalk Prediction ; Study on electrical crosstalk of multi-element infrared photoconductive detectors

多元超导红外探测器电极掩膜板的制备及应用

Preparation and Application of the Electrode Mask for Superconductive Multielement IR Detectors

文章报道了空间多光谱扫描仪红外波段多元光导碲镉汞探测器的研制与优值。

The development and figure of merit of photoconductive HgCdTe multielement detector used in multi-spectral scanner in thermal IR band are reported in this paper .

其次，在高速采集卡的基础上设计研制了基于多元线性阵列探测器系统的快速光声层析成像装置，首次实现了基于多元阵列探测器的光声成像。

Then , a multi-element linear transducer array system based on the high-speed data acquisition card was designed and realized photoacoustic imaging by it firstly .

文中详细讨论了多元线性阵列探测器系统的组成和实现方法以及实验装置的组成，相控聚焦的成像算法在多元线性阵列探测器中的应用。

A makeup of the multi-element linear transducer array system and Experimental setup were described in detail , besides the application of phase-controlled algorithm in multi-element transducer array .

本文在光反射矢量理论基础上，对45°镜多元并扫探测器并扫成像特性和扫描轨迹进行了分析，得到了探测平面上任意位置探测器元的扫描轨迹公式。

In this paper , on the basis of the vector theory of optical refraction a scanning trace of 45 ° multi-parallel scanning mirror was analysed , and the corresponding formulas are given .

文中对多元多光谱红外探测器系统响应波段外激光的辐照效应进行了深入的实验研究并对实验结果进行了分析。

In the paper the interaction mechanism was studied when multiunit and multispectrum detector system is irradiated by laser which is out of system wave band .