1) cathode temperature
阴极温度
1.
In this paper are discussed the cathode temperature,such as the principles of experiment and the results including the layout,distribution of cathode temperature,its fitting to the lamp and the ballast,etc.
本文讨论了阴极温度分布的实验原理和阴极温度分布的结果以及灯与镇流器的配合等。
2.
Simulation and measurement result indicate that magnetic field influence the beam current of MIG, and the beam current of the MIG depends on the cathode temperature and space charge effect.
模拟和测量结果显示磁场对MIG的束流有影响,MIG的束流也与阴极温度和空间电荷效应有关系。
2) heat-shielded cathode
保温阴极
3) smoldering temperature
阴燃温度
1.
Case study shows that the smoldering temperature increases with the increase of airflow.
结果表明:随着空气流量的增大,阴燃温度是不断上升的,但由于受到反向空气风流的影响,阴燃温度的增长幅度是逐渐变小的;阴燃传播速度却呈现出先增大后减小直至熄灭的变化趋势;在气体流量为零的情况下,燃料仍然可以发生阴燃,而维持阴燃不断传播所需要的氧气量源于反应区域周围气体的扩散。
4) cathode density
阴极密度
5) cathode sensitivity
阴极灵敏度
1.
As for the GaAs cathode sensitivity decrease of the third generation LLL image intensifier, the effect of the residual gas on emission property of GaAs cathode in vacuum is analysed.
针对三代微光像增强器的GaAs阴极灵敏度下降,分析真空残气对阴极发射性能的影响。
6) cathodic current density
阴极电淋度
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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