thermionic的例句大全

A prediction based self adaptive feed forward control system for thermionic cathode microwave electron gun

热阴极微波电子枪预测式自适应前馈控制系统

A new method for measuring the secondary electron emission of thermionic cathode and its application

测量热阴极次级电子发射的新方法及其应用

Theoretical investigation of the transient process in RF guns with thermionic cathode

热阴极微波电子枪中建场瞬态过程的研究

Commissioning of a Thermionic Cathode Microwave Electron Gun with High Duty Factor

高工作比热阴极微波电子枪调试出束

Rare earth metal compounds as thermionic cathode material

金属醇盐的合成稀土金属化合物阴极

Study on properties and microstructures of rare earth oxide-doped molybdenum wire applied in thermionic cathode

热阴极用稀土钼丝材的组织和性能的研究

Characteristics and Microstructure of High Doping Nanocomposite W-ThO_2 Thermionic Cathode Material by Swaging Method

旋锻法制备高掺杂ThO2纳米颗粒的W热阴极材料的结构与性能

Rapid-measurement of pulse emission current at the inflection point on I-U curve of the thermionic cathode

热阴极脉冲拐点发射的快速测量

Ferroelectrics cathode is a high-density electron beam pulse source. It has many advantages when comparing with traditional thermionic cathode.

铁电阴极是一种强流的脉冲电子束源，同传统的热电子阴极相比具有许多独特的优点，因而在高能物理、电子学、真空微电子等领域有可能取代普通热阴极及场发射阴极。

Usually, only the thermionic cathode and the field emission cathode have access to such the high emission current of the electron beams.

通常只有热致电子发射阴极和场致电子发射阴极能够获得如此大的电流强度的电子束。

A diode-type electron gun is used to investigate the DC emitting characteristics of a single crystal LaB_6 thermionic cathode.

实验利用二极管型电子枪研究了单晶LaB6热阴极的直流发射特性。

Stability of the lab_6 thermionic cathode

单晶LaB6热阴极稳定性研究

The recrystallization temperature and the strenth of molybdenum thermionic cathode wires are increased greatly by addition of about 4wt% content of rare earth oxides.

4wt%左右稀土氧化物的加入，能显著提高钼热阴极丝材的再结晶温度和室温抗拉强度。

Six kinds of molybdenum thermionic cathode materials doped with different weight content of rare earth oxides were successfully prepared by powder metallurgy method and metal processing technology, and the fine technics of preparation was confirmed.

本文采用粉末冶金和塑性加工方法成功制备出六种高含量（4-4.5wt%）稀土钼热阴极材料，确定了其优良的制备工艺。

Among them, a better quality beam can be easily obtained from the thermionic cathode, but the emission current density of the electron is relatively low, the cathode is short life due to an easily cathode poisoning, and the cost is expensive.

其中，热阴极获得的电子束的束流品质较好，但发射电流密度相对较低，阴极容易中毒，寿命较短，而且成本高。

Analysis of the physical processes in a thermionic energy converter

热离子能量转换器中物理过程的分析

The tentative attempt at a potassium thermionic energy converter comes up for discussion in this paper.

本文探讨用钾做热离子换能器。

The proportion of { 110} plane to the emitter surface has a significant effect both on the power and the work time of the thermionic energy converter.

钨{110}晶面占发射极表面的份额对整个热离子转换器的功率输出及寿命都有决定性的影响。

The results gained in this paper are useful to the fabrications of CVD thermionic energy converter's tungsten emitter and the processing of etching { 110} plans.

研究工作得到的结论对国内用CVD方法制备热离子能量转换器发射极W涂层材料、发射极表面用电解蚀刻工艺制备高分额的{110}晶面等都具有重要的参考价值。

The material of 110-oriented monocrystal tungsten which was achieved by the technique of chemical vapor deposition on the substrate of monocrystal molybdenum alloy is one of the most promising materials which have been currently utilized for the emitter of thermionic energy converter.

合金化钼单晶基体表面气相沉积钨{110}择优取向钨单晶涂层是一种性能优越的热离子转换器的发射极材料。