Advanced Technology Microchannel plates;
先进技术微通道板 （ＡＴ－ＭＣＰ）
Microstructure defects of microchannel plate and its mechanism;
微通道板显微结构缺陷及机理研究
Effect of acid etching on electrical performances of microchannel plate;
酸蚀对微通道板电性能的影响
A technique to measure the Quantum Efficiency(QE) of a Microchannel Plate(MCP) was proposed.
提出了一种测量微通道板(MCP)量子效率的方法。
In order to improve the luminance gain of microchannel plate image intensifier,an electron multiplier mechanism-microchannel plate(MCP) was used in low light level image intensifier.
为了提高MCP像增强器亮度增益,在微光像增强器中采用了新的电子倍增机构,即微通道板(MCP),并对作为电子倍增结构MCP的噪声产生机理进行分析。
The detecting system is based on the residual gas ionization principle and consisted of electrostatic collecting plates, micro-channel plates and a resistive anode.
介绍了一种以微通道板和电阻阳极所构成的位置灵敏探测器为基础、用于兰州重离子加速器束流诊断的新型剩余气体电离束流剖面探测系统 。
The development of the micro-channel plate detector for SMCAMS 14C measurement is described in detail.
介绍了作SMCAMS14C测量专用的微通道板型低能单粒子探测器的研制及其特性,及其在SMCAMS上初步测试的结果。
The transit time and gain characteristics of electrons which travel in the micro-channel plate gated by picoseconds high voltage pulse were simulated.
对皮秒高压脉冲驱动下微通道板中电子的渡越时间特性和增益特性进行了数值模拟,在电压脉冲波形分别为高斯形、三角形和梯形时,得到了电子渡越时间与电压脉冲宽度、幅度的关系曲线。
The main source of the background noise of generation 2 image tubes is the noise making from micro channel plate.
背景噪声是造成二代像管成品率低的重要因素 ,微通道板产生的噪声是二代像管背景噪声的主要来源 ,该文分析微通道板的主要噪声来源 ,阐明产生光子散射和电子散射的机理 ,通过对微通道板输入表面采用扩口技术 ,提高微通道板的开口面积比 ,降低微通道板的噪声 ,提高其分辨率 ,为进一步的工艺研究提供依
As to ordinary photomultiplier tube and two new-style photomultiplier tubes(micro channel plate photomultiplier tube and position sensitive photomultiplier tube),this paper introduces their configuration and operation principle.
以常规光电倍增管以及两种新型光电倍增管(微通道板光电倍增管和位置灵敏光电倍增管)为例介绍它们各自的结构和工作原理,并在此基础上对其特性进行分析和讨论,展示三代光电倍增管在结构、性能方面的超越。
This paper describes the structure and princinple of a multi frame gated microchannelplate (MCP) X-ray camera.
介绍了微带线ＭＣＰ（微通道板）选通Ｘ射线皮秒分幅相机结构、工作原理、选通方式以及近两年研制工作进展。
The resolution matching relation between MCP, optical fibre face plate and Gen.
针对国产Ⅱ代倒像微光管分辨率、调制传递函数偏低这一急待解决的课题,结合多年来在Ⅱ代倒像微光管研制工作中的实践,以及多因素组合下单项部件分辨率与整管分辨率关系的解析计算,找出合理的微通道板、光纤面板的相邻光纤间距。
Two types of MCPs available for the collimattion of hard and soft x-raysare discussed and the factors having effect on the collimation properties are analysed from the characteristics of absorbing x-ray with large incident angle and totally reflecting the x-ray with small incident angle by MCP s channel walls.
应用微通道板通道玻璃表面对大角入射的X射线吸收和小角入射的X射线全反射的特性,讨论适用于硬X射线和软X射线准直的两种类型微通道板,分析影响准直性能的因素。
microchannel-plate inverter image intensifier
微通道板变换式像增强器
Influence of Channel Glass Composition onResistance of Microchannel Plate
皮料玻璃成份对微通道板电阻的影响
Continuous Dynode of Advanced Technology Microchannel Plate Research;
先进技术微通道板连续打拿极的研究
Study on the Energy Dependent Response of Microchannel Plate with Gold Evaporated
金阴极微通道板能谱响应的理论研究
A test for prediction of MCP life-time is described and it is pointed that the life-time curve of MCP depends on negative exponent distribution.
叙述预测微通道板工作寿命试验过程,指出微通道板工作寿命曲线服从负指数分布。
Development of a two-dimensional position-sensitive detector based on MCP
基于微通道板的二维位置灵敏探测器的研制
A Design of Structure and Simulate of Characteristic of Bulk-conductive Microchannel Plate
体积导电微通道板的结构设计与特性模拟
Theoretical simulation of electron transit time and gain characteristics in microchannel plate
微通道板中电子时间倍增特性的数值模拟
Multi-Hit Three-layer Delay-Line Anode Position-Sensitive Detector Based on Microchannel Plate
基于微通道板的多击响应位置灵敏探测器
Monte-Carlo Simulation of a Gated V-type MCP Framing Camera;
微通道板行波选通分幅相机动态特性的Monte-Carlo模拟
THE ELEMENTAL DEPTH-DISTRIBUTION OF SECONDARY ELECTRON EMITTING LAYER IN MCP
微通道板次级电子发射层中各元素随深度的分布
MCP Ion Barrier Film and Its Influence on the Image Quality of Image Tube;
微通道板防离子反馈膜及其对像管成像性能影响的研究
Large Size P-type Silicon Microchannel Plates Prepared by Photo-Electrochemical Etching
由光辅助电化学刻蚀制备大面积p型硅微通道板
Interaction of Gating Electric Pulse's Width and Amplitude on Temporal Resolution of Soft x-ray Picroseconds Framing Camera Based on Gated Microchannel Plate
选通电脉冲宽度和幅度对微通道板选通软X射线皮秒分幅相机时间分辨的交互作用
Performances of electrically heated laminate-plate microchannel vaporizers
电加热叠板式微通道蒸发器实验研究
THE NUMERICAL SIMULATION OF FLOW AND HEAT TRANSFER IN ROUGH FLAT MICRO-CHANNELS
粗糙平板微通道流动和传热的数值模拟
Fabrication of Nanostructure by Template Method in Microfluidic Systems
模板法合成纳米通道在微流控系统中的应用
An analysis for flow and heat transfer between two parallel plates microchannel with one wall heated in slip flow regime
滑移流区平行平板微通道内单侧加热流动与换热