冷发射

垂直冷发射防空导弹弹道设计中的参数优化

Parameters Optimization in Trajectory Design of Vertical Cold Launch Air-Defense Missile

近年来，利用碳纳米管，采取快速简易的制备方法（如丝网印刷、CVD等）来装配冷发射阴极得到越来越多的关注和重视。

In past years , the field-emission cold cathode of carbon nanotubes , which are made by screen printing and CVD , has attracted more and more attention .

高温超导磁悬浮冷发射装置供电控制系统的设计

The power supply control system design of high temperature superconducting maglev launch system

冷发射电子束掺杂磷

Phosphorus Doping by Cold Emitting Electron Beam

多孔硅表面冷电子发射的研究

Study on Surface emitting Cold Electrons Based on Porous Silicon Diodes

天花的预防注射、流行.大电流场发射冷阴极发射性能的研究

A smallpox injection , epidemic Study of High Emission Current Property of CNT Cold Cathode

金刚石薄膜由于可具有特殊的负电子亲和势表面和优异的综合性能，作为冷阴极发射材料在高频、高温、大功率电子器件及真空电子器件中受到广泛关注。

Diamond thin film is an attractive sort of cold emitter candidate widely used in high frequency high temperature high power electronic devices and vacuum electron devices , due to its specific low-electron-affinity surfaces and outstanding comprehensive properties .

本文报导了硅PN结反向击穿冷阴极电子发射源的研究结果。

The reverse breakdown silicon PN junction as a cold electron emission source has been studied and the results are reported here .

原子力显微镜（AFM）对样片的表面形貌分析表明，样片具有平滑的表面，有利于提高冷阴极的发射效率。

A smooth surface of the sample is observed by atom force microscope ( AFM ), which is benefit for increasing the emission efficiency of the cold cathode .

阳极氧化条件对多孔硅冷阴极场发射特性的影响

Effect of Anodized Conditions on Field Emission of Porous Silicon Cold Cathode

类金刚石薄膜冷阴极场发射研究进展

Progress of DLC Films Cold Cathode Field Emission Research

金刚石膜与冷阴极场发射显示器

Diamond film and cold cathode field emission display

本文先简单介绍了碳纳米管冷阴极场发射器件的发射结构的发展过程。

The thesis starts with the history of the development of the emission structure of field emission display whose cathode materials are carbon nanotubes and the discovering of Carbon nanotubes .

本论文致力于研究制备一种低能耗，场发射性能优异而且结构稳定的冷阴极场发射材料。

The aim of this thesis is to study and fabricate one kind of cold cathode field emission materia with low power consumption , excellent field emission characters and steady structure .

文章叙述了冷阴极场发射的概念、金刚石膜的性能和用作冷阴极场发射显示器的相关研究，介绍了国内外相关研究的成果和发展前景，供同行参考。

The concept of cold cathode field emission , property of diamond film and the relevant research of its use as cold cathode field emission display are stated and the relevant research achievements and its outlook are introduced in the paper for the information of the trade circle .

结合真空微电子技术、MEMS技术和传感器技术，依据冷阴极场致发射的原理，设计了一种带过载保护功能的新型真空微电子加速度传感器。

A novel acceleration sensor with overload protection was proposed , which was based on the vacuum electronic technology , the Micro Electro-Mechanical Systems ( MEMS ) technology , the sensor technology and the principle of Cold Electrode Field Emission .

氮化碳薄膜的冷阴极电子场发射特性研究

A Study of Field-emission Characteristics of Carbide Nitride Thin Films

碳纳米管冷阴极大电流发射机理的研究

Large Emission Current Mechanism of Carbon Nanotube Arrays Cathode

铁电冷阴极材料电子发射实验研究

Study on the Electron Emission of Ferroelectric Cathode Materials

镍基纳米碳管薄膜冷阴极场致发射特性及失效行为

The Cold Cathode Field Emission Characters and Invalid Behavior of Nickel Based Carbon Nanotubes Film

近年来在电学性质和冷阴极电子场发射方面引起了关注。

Recently , the electronic properties and cold cathode emission properties of CNx films attracted new attention .

研究了不同碳纳米管含量的冷阴极的场发射特性与其微结构和电学特性的关系。

The relationships among microstructure , emission properties and electrical characteristics of screen-printed CNT cathode were studied .

实验发现，碳纳米管冷阴极的导电性和场发射特性受碳纳米管含量影响，具有适当的碳纳米管含量的冷阴极的场发射特性最佳。

It is found electrical characteristics of cathodes are affected by CNT content , and only cathode with appropriate CNT content has the optimal field emission properties .