放电空间 meaning in Chinese
discharge space
Examples
- Distribution of electromagnet field in the space of h - type rf ion source is worked out derivation from maxwell equations , and three - dimensional vector graphs of e and b in the space of rf ion source are calculated and plotted by mafia software
并采用mafia软件进行了三维实体建模，计算了高频离子源放电击穿前和稳定工作后的电磁场分布，得到了高频离子源放电空间电磁场分布的直观图像。 - During ion source operating , alternating axial magnetic field and azimuthal electric field in discharge tube ionize hydrogen gas purified by hot palladium pipe , and form plasma , hi fifties year , research reports studied on rf ion source are numerous however most of them are concerned about application , and research reports relevant to discharge theory or experiment model are unfrequent
离子源工作时，放电空间交变的轴向磁场和涡漩电场激发放电管中经钯管纯化后通入的氢气电离，形成等离子体。 50多年来，关于高频离子源的研究报告很多，但是，这些研究主要都集中在应用研究方面，有关高频无极环形放电离子源的理论与实验模型研究不是很多。 - Further measurements for the deposited films indicate that the appearance and the deposition rate of the films also vary . after we simulate the magnetic field in such case with c program , these variations are owed to distributed change of magnetic field near the target surface and in the discharging space , which can influence the motion of charged particles in the plasma obviously
进一步对沉积薄膜的测量表明，薄膜的沉积速率等发生了变化，通过对空间磁场进行模拟计算发现，由于空间外加的纵向磁场引起了放电空间中以及靶面附近磁场分布的改变，影响了等离子体中带电粒子的运动并最终导致了上述变化。 - No matter how different the discharge scheme is , low pressure discharge plasmas take a common characteristic of bright glow and is generally entitled as low temperature glow discharge . glow discharge plasma has been selected as a most suitable system for plasma diagnostics in laboratory and for application technology development because of its good stability and reproducibility
利用n _ 2辉光放电中n _ 2 ~ +的发射光谱研究了放电空间的温度分布的变化规律，发现了直流放电的一些重要特性，如阻碍辉光与正常辉光的光谱差别。