机译:低压等离子体诊断卷曲探针微波共振的分析研究
Institute for Theoretical Electrical Engineering Department of Electrical Engineering and Information Science Ruhr University Bochum 44801 Bochum Germany;
Institute for Theoretical Electrical Engineering Department of Electrical Engineering and Information Science Ruhr University Bochum 44801 Bochum Germany;
curling probe; resonance frequency; plasma diagnostics; mode matching technique; Galerkin method; cold plasma model;
机译:低压等离子体诊断卷曲探针微波共振的分析研究
机译:对卷发探头共振频率的分析研究
机译:用于高压等离子体诊断的电阻微波谐振器探头的仿真
机译:冲击波传播研究高压微波等离子体的探头诊断
机译:微波等离子体在石墨烯基纳米材料合成中的光谱学和Langmuir探针诊断
机译:微波辐照一氧化氮自旋探针在磁共振力显微镜实验中观察到的长寿命频移
机译:高压氢微波等离子体炬的多重诊断