| 1. | Specifications of cold cathode ionization vaouum gauge head
冷阴极电离真空规管技术条件 |
| 2. | Pulased mode of inverted - magnetron cold - cathode gauge
一种反磁控冷阴极真空规的脉冲操作模式 |
| 3. | Rubber seal connections of vacuum gauges
橡胶密封真空规管接头 |
| 4. | Metal seal connections of vacuum gauges
金属密封真空规管接头 |
| 5. | Hot cathode vacuum gauge head
热阴极电离真空规管 |
| 6. | Measuring methods of low pressures by hot cathode and cold cathode ionization gauges
用热阴极和冷阴极电离真空规测量低压的方法 |
| 7. | Vacuum technology ; standard method for vacuum gauge calibration by direct comparison with a reference vacuum gauge
真空技术.通过直接与标准真空规的比较对真空计校准的 |
| 8. | Vacuum technology ; standard method for vacuum gauge calibration by direct comparison with a reference vacuum gauge , thermal conductivity gauges
真空技术.通过与标准真空规的直接比较校准真空计的标 |
| 9. | The comparative measurement method for vacuum gauge calibration is introduced . the construction , principle and process of the calibrator are described . the effects of six kinds of gas on the calibrated ionization gauge are explored and relative sensitivity is obtained . the necessity of the calibration on the vacuum gauge and instrument is proved by the research
文章介绍了对真空规管和仪器进行校准的比对法,阐述了校准系统的结构、原理及校准方法;探讨了被校电离规在6种不同的气体中的校准效果及校准前后的差异,说明了气体歧视效应的存在和影响,得出了各气体的相对常数;结果表明,对真空规管及仪器进行校准是必要的。 |
