无极放电

微波无极放电等离子体的温度分布轮廓

The Temperature Distribution of Microwave Electrodeless Discharging Plasma

激光-靶相互作用中的无极放电现象

Unipolar-arcing happening in laser-target interaction

微波ECR等离子体还具有无内极放电和放电离子低溅射率的优点，正是由于这些优点，使其在刻蚀技术、薄膜制备技术和离子源等方面得到了广泛应用。

Further advantages of the ECR plasmas are low sputtering rates by the charged particles and electrode-less design . With these advantages , Microwave ECR plasma finds number of applications in the areas of etching technologies , thin film deposition and plasma source .

用无极脉冲放电管泵浦兆兆瓦级碘原子激光放大器的建议

Proposal for use of electrodeless discharges as optical pumping for an atomic iodine laser amplifier of TW order

高频无极环形放电离子源理论的研究&（1）场分布和等离子体特征参数

Study of Ion Source Theory for High Frequency Induction-Loop Coupled Gas Discharge & ⅰ . Field Distribution and Characteristic Parameters of Plasma

高频无极环形气体放电离子源理论的研究&Ⅲ、外磁场中的共振特性

Theoretic Investigation of Ion Source of R-F Electrodeless-Loop Gas Discharge & ⅲ . Resonance characteristics in magnetic field