×

等离子体参数 meaning in English

plasma parameter

Examples

  1. The influence of capability of yak hairs treated with different plasma was studied
    研究了各等离子体参数对牦牛毛纤维性能的影响。
  2. The floating potential , electron temperature , ion density and flux density are all varied with the system parameters . the identical parameters we measured in our system is as follows , the electron temperature is from 1 to 4ev , ion density is among the magnitudes of i09 - io
    文中重点研究了ecr等离子体的特性,并对我们的系统进行了langmuir探针和faraday筒测试,研究了等离子体参数随气压、微波功率、偏压、气体种类等的变化。
  3. This paper mainly study on the technics of preparing nano - si3n4 and icpecvd . seeking for the proper parameter and technics , crystallization of nano - si3n4 powder with muffle furnace , probe the new effective way of improving the properties of nano - si3n4 powder the ion density in the reaction chamber was diagnosed by a langmuir probe . the rules were obtained under different air pressure , different radio frequency power and different position which the ion density changes about from 1010cm - 3 to 1010cm - 3 decreasing as the pressure increases and increasing as the power decreases
    利用朗缪尔探针诊断了反应室内等离子体参数,得到不同位置、不同功率和不同气压下等离子体密度的变化规律,结果表明离子密度为10 ~ 8 10 ~ ( 10 ) cm ~ ( - 3 ) ,等离子体密度随着功率的增大而增大,随着气压的升高而减小,由于离子鞘层的存在,在一定条件下提供了局部等离子体密度稳定的区域。
  4. The main research contents of the technical design include : analyzing the necessary parts of the solar x - euv telescope and the method of imaging x and euv ray ; developing the optic , electronic and mechanical design of this instrument ; computing solar x - euv imaging telescope ' s response to different temperature plasma , analyzing combination application of telescope filters for reconstructing the plasma paramaters and apprasing the telescope ' s response to the solar activities
    技术设计的主要内容包括:分析了望远镜的系统组成及成像方式选择;完成太阳x - euv成像望远镜光学、电子学、机械等方面的技术设计:计算分析了太阳x - euv成像望远镜对不同温度的等离子体响应、反演高低温等离子体参数的最佳过滤片组合利用及望远镜对不同太阳活动现象的响应。

Related Words

  1. 氦等离子体
  2. 等离子体禁闭
  3. 等离子体寿命
  4. 水蒸汽等离子体
  5. 宇宙等离子体
  6. 天体等离子体
  7. 辐照等离子体
  8. 等离子体片
  9. 碰撞等离子体
  10. 稀薄等离子体
  11. 等离子体不稳定性
  12. 等离子体参量放大器
  13. 等离子体测量
  14. 等离子体层
PC Version

Copyright © 2018 WordTech Co.