1) canal ray tube
极隧射线管
2) canal ry
极隧射线
3) canal rays
极隧射线，阳极射线
4) cathode ray tube
阴极射线管
1.
Studies on the solubility law of cathode ray tube frit;
阴极射线管中低熔点玻璃的溶解规律研究
2.
The foam glass-ceramic have developed by sinter method using waste cathode ray tube glass as raw material and SiC as foaming agent.
以废旧阴极射线管为主要原料,SiC为发泡剂,采用烧结法制备了微晶泡沫玻璃。
3.
In order to study the electromagnetic radiation character of CRT, in this paper, the electromagnetic radiation of electron beam in cathode ray tube of computer video display unit is analyzed and calculated, and experiment test result is provided.
为了研究计算机阴极射线管显示器电子束的辐射场,利用电动力学的方法计算了电子束的加速场,给出了其计算公式和实验测试结果,结果表明:阴极射线管加速区电子束的加速场是一种感应场,并随着距离的增大快速减弱。
5) cathode ray tubes
阴极射线管
1.
Study on preparation of foam glass from waste cathode ray tubes and its performance;
利用废阴极射线管制备泡沫玻璃及其性能研究
6) CRT
阴极射线管
1.
Complete sets of finite element models have been developed for the mask as well as for all parts of the cathode ray tube (CRT) to best simulate the realistic situation.
建立了包括阴极射线管 (CRT)里所有部件的完整的有限元模型。
2.
This paper gives an introduction to three kinds of display:CRT(Cathode Ray Tube),LCD(Liquid Crystal Display),and PDP(Plasma Display Panel);analyses their rationale,structural features,and evolution;and makes a comparison between their strong points and weak points.
本文介绍了显示器中常用的三种显示器件 :CRT阴极射线管、LCD液晶和PDP等离子体。
3.
It will go into history as that of CRT.
资料显示,液晶显示器(LCD)是日本将要淘汰的技术,有步阴极射线管(CRT)后尘之倾向。
补充资料：极隧射线
气体放电管里从阴极孔中穿出的快速带电原子或分子流，是1886年由德国物理学家E.戈德斯坦首先发现的。这种带电粒子流与管中气体分子的非弹性碰撞，可以引起气体的电离和发光，如果打在固体，如玻璃放电管管壁上，还会产生荧光。极隧射线中不仅有正离子，还由于电荷转移而存在中性粒子和负离子。极隧射线中粒子的速度可达108cm/s的数量级。若想在气体放电管中看到清楚的极隧射线束，可增大放电区的阴极势降，同时使阴极后面空间的气压比放电区低许多倍。产生极隧射线的放电管可用作粒子加速器和质谱仪上的离子源。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条