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1·According to the company, each set's hot cathode fluorescent lamp cuts power consumption by up to 40 percent.

据该公司介绍，每一台的热阴极荧光灯的功耗降低了40%。

2·Comparing with the conventional cold glow discharge, the hot cathode glow discharge is a new type of gas discharge.

相对于常规冷阴极辉光放电而言，热阴极辉光放电是一种新型放电形式。

3·Hot cathode chemical vapor deposition method was established in order to deposit high-quality diamond films with high deposition rate.

为快速沉积高品质金刚石膜，建立了热阴极等离子体化学气相沉积方法。

4·The factors limiting the measurement and achievement of extremely high vacuum due to the existence of a hot cathode was overcome by the successful use of the fie…

应用场致发射冷阴极的成功克服了热阴极给极高真空测量和获得方面带来的限制因素，是解决极高真空测量问题的关键一步。

5·Large current hot cathode glow discharge was used for plasma chemical vapor deposition of diamond films. It improved deposition rate and films quality efficiently.

大电流热阴极辉光放电用于等离子体化学气相沉积金刚石膜，有效地提高了沉积速率和膜品质。

6·Direct current hot cathode plasma glow discharge chemical vapor deposition (DC-HCPCVD) is a new method to deposit high quality diamond films with high growth rate.

直流热阴极辉光放电等离子体化学气相沉积法是我们建立的快速沉积高品质金刚石膜的新方法。

7·The electronic circuitry of the various vacuum protection schemes, which use sputtering ion pump or cold-cathode or hot cathode ionization gauge as sensors, was compared.

分析比较了溅射离子泵、冷阴极电离超高真空计、热阴极电离超高真空计等作为真空保护传感器的不同电子学设计。

8·The factors limiting the measurement and achievement of extremely high vacuum due to the existence of a hot cathode was overcome by the successful use of the field-emission cold cathode...

应用场致发射冷阴极的成功克服了热阴极给极高真空测量和获得方面带来的限制因素，是解决极高真空测量问题的关键一步。

9·The plasma source ion implantation device consists of pulsed negative high voltage power, hot cathode arc discharge system, vacuum chamber and target stage, vacuum system and monitor system.

等离子体源离子注入装置由脉冲负高压源系统、热阴极弧放电系统、真空室及样品台、真空系统和监测系统等五部分组成。

10·The relation between characteristics of hot cathode glow discharge and diamond film deposition techniques in hot cathode glow discharge plasma chemical vapor deposition process was discussed.

研究了在热阴极辉光放电等离子体化学气相沉积金刚石膜过程中，热阴极辉光放电特性与金刚石膜沉积工艺的关系。