Interface Between Direct and Reverse Flows Inside a High-Frequency Inductive Discharge

A. V. Gerasimov; A. P. Kirpichnikov

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Interface Between Direct and Reverse Flows Inside a High-Frequency Inductive Discharge

机译：在高频电感放电内直接和反向流之间的界面

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Analysis of the energy-balance equation in a high-frequency inductive discharge (HFID) indicates that the three velocity components of a plasma-generating gas are equal to zero at least at one point in the axis of any HFID and that axial temperature is maximal at this point [1].

机译：高频电感放电（HFID）中的能量平衡方程分析表明等离子体产生气体的三个速度分量至少在任何HFID的轴的轴上至少在一个点处等于零，并且轴向温度是最大的此时[1]。

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《Doklady. Physics》 |2003年第3期|共3页
作者
A. V. Gerasimov; A. P. Kirpichnikov;
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作者单位

Kazan State Technological University ul. Karla Marksa 68 Kazan 420012 Tatarstan Russia;

Kazan State Technological University ul. Karla Marksa 68 Kazan 420012 Tatarstan Russia;

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正文语种 eng
中图分类物理学;
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入库时间 2022-08-20 08:25:08

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专利

1. Interface Between Direct and Reverse Flows Inside a High-Frequency Inductive Discharge [J] . A. V. Gerasimov, A. P. Kirpichnikov Doklady. Physics . 2003,第3期

机译：在高频电感放电内直接和反向流之间的界面
2. An axisymmetric 2D model on a high-frequency inductively coupled Ar-Hg discharge with a re-entry bulb [J] . Liu Y., Zissis G., Chen Y. Journal of Physics, D. Applied Physics: A Europhysics Journal . 2011,第30期

机译：带再入球的高频感应耦合Ar-Hg放电的轴对称二维模型
3. Study of the High-Frequency Inductive Coupled Discharge Plasma Interaction with Walls [J] . Atis Skudra, Gita Revalde, Zanda Gavare, Plasma processes and polymers . 2007,第Supplementa1期

机译：高频感应耦合放电等离子体与壁相互作用的研究
4. The XeCl-excilamp on the basis of inductive high-frequency discharge [C] . Anufrik Slavomir S., Shkleinik Vasiliy O., Volodenkov Alexander P., International Conference on Advanced Optoelectronics and Lasers . 2008

机译：基于电感高频放电的XECL-Excilamp
5. A unique and innovative method for the characterization of high-frequency micro-discharges or partial discharges and their relation to physical defects exhibiting high electric field stress while in the time domain. [D] . Zirnheld, Jennifer. 2004

机译：一种独特的创新方法，用于表征高频微放电或局部放电，以及它们与时域中表现出高电场应力的物理缺陷的关系。
6. Use of a Corona Discharge to Selectively Pattern a Hydrophilic/Hydrophobic Interface for Integrating Segmented Flow with Microchip Electrophoresis and Electrochemical Detection [O] . Laura A. Filla, Douglas C. Kirkpatrick, R. Scott Martin -1

机译：采用电晕放电来选择性图案化的亲水/疏水界面与微芯片电泳电化学检测集成连续流动
7. Evaluation of a direct injection nebulizer interface for flow injection analysis and high performance liquid chromatography with inductively coupled plasma-atomic emission spectroscopic detection [O] . LaFreniere, Kimberly E. 1986

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8. Evaluation of a Direct Injection Nebulizer Interface for Flow Injection Analysis and High Performance Liquid Chromatography with Inductively Coupled Plasma-Atomic Emission Spectroscopic Detection [R] . LaFreniere, K. E. 1986

机译：用电感耦合等离子体原子发射光谱检测法测定流动注射分析和高效液相色谱直接进样雾化器界面

Interface Between Direct and Reverse Flows Inside a High-Frequency Inductive Discharge

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