A new type of field emission cathode was devised.
设计了一种新的金刚石场发射阴极工艺。
Carbon nanotube (CNT) is perfect material as field emission cathode.
碳纳米管(CNT)作为理想的场发射阴极材料。
Carbon nanotube (CNT) are perfect material as field emission cathode.
碳纳米管(CNT)作为理想的场发射阴极材料。
Using diamond film or diamond-like film as field emission cathode is one of the promising applications.
金刚石膜或类金刚石膜用来作为场发射的阴极，是其极具前景的应用之一。
The field emission cathode driven with an active array is the main candidate for large screen displays.
有源矩阵驱动的平面场发射阴极是大屏幕显示的主要候选部件。
Field emission display is a new type of flat-panel display and field emission cathode is an important component part of field emission display.
场致发射显示器是一种新型的具有竞争力的平板显示器，场致发射阴极是场致发射显示器的重要组成部分。
The treated carbon nanotube mat results in improved field emission performance as either a field emission cathode or as part of a field emission device.
经处理的碳纳米管垫无论作为场发射阴极还是场发射装置的一部分均具有改进的场发射性能。
Using field emission cathode, X ray source can be made with several advantages: smaller volume and brighter, high frequency response, in-time turning on, etc.
采用场发射阴极的X射线光源具有体积小，辐射强度高，频率响应快，可以随时开启，无需预热的优点。
With the merits of high hardness, high thermal conduction, negative electron affinity, diamond is deemed one of the preferred materials of the field emission cathode.
金刚石因具有高硬度、高热导率、负电子亲和势等优点而成为场发射阴极的首选材料之一。
Among all of the field emission cathodes, the silicon-based field emission cathode has been hoped much because of its easily-realized integration with the surrounding drive circuits.
硅基场发射阴极易于与其周边驱动电路实现集成，因而更具有明显的开发前景。
Chapter III the Application of carbon nanotubes in field emission Display in this chapter, we introduce the researches of the carbon nanotubes as the field emission cathode materials.
第三章纳米碳管在场发射显示器中的应用研究本章主要介绍了纳米碳管作为场发射显示器阴极材料的研究。
We pack the cathode panel with the anode panel and conduct the field emission experiment.
将阴极与阳极板相组装，进行场致发射特性测试。
Field emission stability and life time of CNT cathode is closely related with the vacuum level, thermal effects during the emission and the current transport capability.
影响碳纳米管阴极场发射稳定性和寿命的主要因素有真空度、场发射过程中的热效应以及场发射体对场发射电流的承载能力等。
With the carbon nanotube film as cathode materials, the field emission characteristics of the carbon nanotube film cathode are presented and analyzed.
利用碳纳米管薄膜作为阴极材料，给出并分析了碳纳米管薄膜阴极的场致发射特性。
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.
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。
Now the key to fabricate FED device is to find a economical and credible cathode, which has excellent field emission capability and simple manufacture technology.
当今FED研究的关键是寻找场致发射性能良好、制作工艺简单、经济可靠的阴极。
Preparation of graphene composite field emission cold cathode to achieve graphene in the composite structure of the quasi-two-dimensional distribution is our plan.
制备石墨烯复合材料的场发射冷阴极，实现石墨烯在复合材料中的准二维结构分布。
A good vacuum property of field emission devices with cathode can be expected.
用氧化锌作为阴极的场发射器件将具有更好的真空特性。
Carbon nanotubes(CNTs) have been thought as one of the most promising cold cathode materials of electron field emitters in field emission display(FED).
场发射阴极材料、场发射阳极荧光材料、隔离柱材料以及器件封装工艺是场发射显示器（FED）的三大核心技术难题。
Finally we discuss the differences of turn-on voltage, field emission current density and the stability of field emission display because the differences of the cathode of field emission.
并讨论由此而导致的开启电场的变化、场发射电流密度的变化以及亮度和稳定性的变化。
The factors limiting the measurement and achievement of extremely high vacuum due to the existence of a hot cathode was overcome by the successful use of the field-emission cold cathode...
应用场致发射冷阴极的成功克服了热阴极给极高真空测量和获得方面带来的限制因素，是解决极高真空测量问题的关键一步。
Field emission display (FED) device is one of the flat panel display devices whose emission theory is the most close to the cathode-ray tube (CRT).
场致发射显示(FED)是发光原理最接近阴极射线管(CRT)的一种平板显示器件。
Field emission display (FED) device is one of the flat panel display devices whose emission theory is the most close to the cathode-ray tube (CRT).
场致发射显示(FED)是发光原理最接近阴极射线管(CRT)的一种平板显示器件。
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