| 1. | It can meet the requirements of nbi for vacuum
它能满足中性束注入系统对真空的要求。 |
| 2. | The primary experiment shows that the prospective objects of the design are obtained
中性束注入系统的实验证明，设计达到了预期的目标。 |
| 3. | Neutral beam injection ( nbi ) heating is one of the main auxiliary heating methods in controllable nuclear fusion experiment
中性束注入加热是可控核聚变主要的辅助加热方式之一。 |
| 4. | Stabilizing vacuum of nbi system quickly is the key issue that many countries are concerning and researching actively
快速稳定中性束注入系统动态真空度是目前各国仍在积极探索的重要课题。 |
| 5. | The fundament of nbi system used on the ht - 7 device of asipp and its requirement for vacuum is introduced in the thesis
本文介绍了中国科学院等离子体物理研究所ht - 7中性束注入系统的工作原理和它对真空系统的要求。 |
| 6. | The system was a distributed control system , consists of computer , industry computer system , plc control system and local intelligent control instruments
中性束注入装置监控系统采用分级分布式计算机控制，主要由上位计算机、下位工业控制计算机、 plc控制系统和现场智能监控仪器等组成。 |
| 7. | It is very significant for the research of nucleus fusion in resolving energy sources shortage , and neutral beam injection ( nb1 ) heating is one of the important assistant heating methods in nucleus fusion
核聚变研究在解决当今能源短缺问题上具有十分重大的意义，中性束注入加热是核聚变中重要的辅助加热方式之一。 |
| 8. | This paper introduces the neutral beam injection equipment that was the national chiefly supported project in 95 duration and mainly introduces the design and research of its computer monitoring and control system
本文介绍了中国科学院等离子体物理研究所国家九五重点支持项目ht - 7中性束注入装置监控系统的设计和研制。 |
| 9. | The research and studies on computer monitoring and control system in ht - 7 neutral beam injection equipment make sure to monitor and control the experimental process when the equipment runs in the closed environment
开展中性束注入装置监控系统的研究，确保该装置在封闭运行的情况下对实验过程进行远程实时监控，具有十分积极的意义。 |
| 10. | The article primary introduces composing of ht - 7 neutral beam injection ( nbi ) system , then mainly analyzes gas target thickness , that is pressure distribution of neutralizer gas cell , one of factors which affect heating efficiency of nbi
本文首先介绍了ht - 7中性束注入( nbi )加热系统的组成，然后对影响中性束注入加热效率因素之一的气体靶厚度即中性化室的压力分布进行了重点分析。 |
