查询词典 spontaneous emission

It includes five parts: Infrared emission, infrared receiving, buzzer,ray coincidence and number showing.

本次设计实现了红外遥控电源开关的设计，它包括六个部分：红外发射、红外接收、继电器、光偶合、蜂鸣器和数码显示管。

It includes five parts: Infrared emission, infraredreceiving, buzzer,ray coincidence and number showing.

本次设计实现了红外遥控电源开关的设计，它包括六个部分：红外发射、红外接收、继电器、光偶合、蜂鸣器和数码显示管。

This design is to implement a power supply switch with infrared remote controlling. It includes five parts: Infrared emission, infrared receiving, buzzer,ray coincidence and number showing.

本次设计实现了红外遥控电源开关的设计，它包括六个部分：红外发射、红外接收、继电器、光偶合、蜂鸣器和数码显示管。

The field electron emission measurement indicates that this kind of film can be a new cold cathode material.

场致电子发射实验显示类石墨薄膜作为冷阴极电子材料具有潜在的应用价值。

Experiments have shown that there is a strong correlation between the emission mode and the output electron energy distribution in the PS cold cathode.

实验表明，PS冷阴极的发射模型和输出电子能量分布之间有强烈的依赖关系。

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.

近年来，利用碳纳米管，采取快速简易的制备方法来装配冷发射阴极得到越来越多的关注和重视。

For example, ZnO has become the research focus including its growth methods and applications. One of the potential applications of ZnO is to be used as the cold cathode of field emission display.

纳米氧化锌的一个重要的应用就是作为场发射平板显示的场发射阴极材料，然而材料的生长对场发射的性能优越与否也起着尤为重要的作用。

Carbon nanotubes are excellent field emission cold cathode materials.

碳纳米管具有低的阈值电场和高的发射电流密度，是一种性能优良的场发射阴极材料，在平板显示领域具有潜在的应用价值。

Carbon nanotubes have been thought as one of the most promising cold cathode materials of electron field emitters in field emission display.

在场发射显示器技术领域，碳纳米管被认为是目前最有前途的场发射冷阴极材料之一。

The result of NO emission is different from that in atmospheric fluidized bed combustor.

随着氧浓度的增加，N2O和NO的排放量均增加，但N2O增幅不如NO强。

Methods Clinical data of 3 cases of bile duct injury during laparoscopic cholecystectomy were analyzed retrospectively.

回顾总结3例LC术中胆管损伤的临床资料，分析3例胆管损伤的原因及对策。

These techniques are applied to the gobang.

本文将这些技术用于五子棋中。