一些电子设备如场发射显示器面板均是用纳米管线制作而成的。
Some electronic devices, such as field-emission displays in some flat panels, are made from nanotube yarns.
定向碳纳米管的制备方法是碳纳米管场发射显示器技术领域一项十分关键的技术。
Synthesis of aligned carbon nanotubes (ACNTs) is a key technique in the field of carbon nanotubes field emission display (CNTs-FED).
利用图形化的DLC薄膜作为阴极，设计和制作了矩阵选址单色场发射显示器（FED）样管。
On the base of fabrication of the patterned DLC thin film cathode, a ki nd of matrix -addressed diode FED prototype is designed and packaged.
碳纳米管场发射显示器(CNT - FED)是一种新型的平板显示器，在平板显示领域备受瞩目。
Carbon nanotube field emission display (CNT-FED) is a new type of flat panel display, it has drawn tremendous interest from flat display field.
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。
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.
根据场发射显示器（FED）显示单元的调制特性和矩阵寻址方式特点，分析了其亮度控制的原理和实现方法。
The operation principle of luminance control of field emission display(FED) is introduced based on the modulating characteristic and the feature of matrix addressing.
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。
Carbon nanotubes(CNTs) have been thought as one of the most promising cold cathode materials of electron field emitters in field emission display(FED).
详述了近贴聚焦二极管像增强器与低亮度矩阵el显示屏耦合，用光电阴极代替场发射电子，开发出一种新型显示器。
With the proximity focused diode image intensifier coupled to a low luminance el display, and a photocathode instead of a field-emitter, a new photocathode display is developed.
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。
Field emission display is a new type of flat-panel display and field emission cathode is an important component part of field emission display.
碳纳米管场致发射显示器是一种新型的真空器件，也是一种具有巨大应用潜力的平板型显示设备。
The field emission display with carbon nanotubes emitters is a kind of new vacuum devices, and is new flat display device with a great deal of application potential.
简要介绍场致发射与真空微电子的一般情况，尔后着重介绍应用真空微电子原理制作的场发射平板显示器(FED)。
After a brief introduction to field emission and Vacuum microelectronics, the author focuses on field emission display (FED), which is made according to principle of Vacuum microelectronics.
研究结果表明，水热法直接合成锥状纳米氧化锌具有良好的场发射特性，为场发射平板显示器阴极的理想材料。
The findings indicated that hydrothermal method preparation pyramidal nanometer zinc oxide has the good field emission performance, Is the FED negative pole's ideal material.
研究结果表明，水热法直接合成锥状纳米氧化锌具有良好的场发射特性，为场发射平板显示器阴极的理想材料。
The findings indicated that hydrothermal method preparation pyramidal nanometer zinc oxide has the good field emission performance, Is the FED negative pole's ideal material.
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