传统的等离子枪使用此热等离子体切割金属。
Conventional plasma torches employ such hot plasma to cut metal.
通过电弧等离子枪的发射数控制CNT成长用催化剂的粒径。
The particle diameter of the catalyst for the growth of CNT is regulated by the number of shots of the arc plasma gun.
用一个冷阴极离子枪产生的氧离子轰击淀积过程中的薄膜表面。
Oxygen ions from a cold cathode ion-gun have been used tor bombarding the growing thin films.
用数值模拟方法研究了聚焦离子束系统中微波离子枪的束光学性能。
The ion beam optics of a microwave ion gun for a focused ion beam (FIB) system is investigated numerically in this article.
本发明涉及具有使用电弧等离子枪进行微粒化的催化剂层的碳纳米管成长用基板。
A substrate for the growth of a carbon nanotube having a catalyst layer microparticulated by using an arc plasma gun.
介绍了俄罗斯热裂解型等离子点火技术的技术特点、工作原理、应用状况和其等离子枪的结构优点。
In this paper, the technical features, working principles and application of a Russian Thermal-Pyrolysis-Type plasma ignition technology, as well as the associated plasma gun was introduced.
看来太有高功率，高电压等离子加速器可投入使用传输电流，或什至产生的死线'，或者干脆给了等离子枪。
It seems too that there is a high-powered, high-voltage plasma accelerator which may be put to use to transmit electric current, or even to produce a 'death-ray', or quite simply to feed a plasma gun.
根据强流电子光学理论，在填充等离子体条件下，设计平面阴极电子枪。
To design electron guns with plane cathode according to high current electron optics theory.
最后讨论一下等离子体阴极电子枪。
利用此装置可开展电子枪蒸发、离子引出等多项实验研究。
Many experiments such as the evaporation by the electron gun, ions extraction can be carried out with this device.
给出长脉冲空心阴极等离子体电子枪结构与关键技术。
The main construction and key technique of long pulse length hollow cathode plasma electron gun are presented.
采用电子枪蒸镀离子源辅助技术，讨论了薄膜层数对偏振分束棱镜性能的影响。
By means of electron beam evaporation and ion source auxiliary technology, the paper shows the influence of the number of layers on the quality of film polarization beam splitter prism.
在离子能谱测量中观察到双离子温度。产生这样电位分布的机制，归于会切系统中的斯托沫区和电子枪的不同工作方式。
The mechanism giving rise to such potential profiles can be attributed to the Stormer region in the cusp system and the different operation regimes of the electron gun used.
在离子能谱测量中观察到双离子温度。产生这样电位分布的机制，归于会切系统中的斯托沫区和电子枪的不同工作方式。
The mechanism giving rise to such potential profiles can be attributed to the Stormer region in the cusp system and the different operation regimes of the electron gun used.
应用推荐