Features of Jets Formed by Erosive Capillary Discharges

A. Ya. Ender; V. I. Kuznetsov; I. N. Kolyshkin; A. N. Shchetinina

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Features of Jets Formed by Erosive Capillary Discharges

机译：侵蚀性毛细管放电形成的喷射流的特征

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An experimental study of the physical processes in a thin plasma jet produced by the pulsed discharges in thecapillary with evaporated wall is described. The losses in mass from capillary wall as well as the transferred charge areaccurately measured. The velocity of plasma jet propagation is measured, too. The current structure in plasma is studied.It is proved that a thin plasma jet can be obtained through capillary manufactured from not only polymer but alsoinorganic materials.

机译：描述了在薄等离子体射流中物理过程的实验研究，该薄等离子体射流由具有蒸发壁的毛细管中的脉冲放电产生。准确测量了毛细管壁的质量损失以及转移的电荷。还测量了等离子体射流的传播速度。研究了等离子体中的电流结构。事实证明，通过不仅由聚合物而且由无机材料制成的毛细管可以得到薄的等离子体射流。

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《The Open Plasma Physics Journal》 |2011年第1期|共15页
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A. Ya. Ender; V. I. Kuznetsov; I. N. Kolyshkin; A. N. Shchetinina;
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中图分类等离子体物理学;
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1. Specific Features of the Longitudinal Distribution of Plasma Parameters in the Initial Segment of a Supersonic Jet Formed by a Pulsed Capillary Discharge [J] . Efimov A. V., Pashchina A. S., Chinnov V. F., Plasma physics reports . 2019,第4期

机译：通过脉冲毛细管排放形成的超声波射流初始段中等离子体参数纵向分布的具体特征
2. Specific features of the radial distributions of plasma parameters in the initial segment of a supersonic jet generated by a pulsed capillary discharge [J] . Pashchina A. S., Efimov A. V., Chinnov V. F., Plasma physics reports . 2017,第7期

机译：由脉冲毛细管放电产生的超声波射流初始段中等离子体参数径向分布的具体特征
3. Discharge and Plasma Bullet Formation in a Capillary DBD Atmospheric-Pressure Microplasma Jet [J] . Oh J.-S., Bryant P. M., Bradley J. W. Plasma Science, IEEE Transactions on . 2011,第11期

机译：DBD常压微等离子体射流中的放电和等离子体子弹形成
4. Formation of carbon nanostructures by the plasma jets emitted from a pulsed capillary discharge at low pressures [C] . M. Favre, H. Bhuyan, E. Wyndham, XXVIII international conference on phenomena in ionized gases : Book of abstracts . 2007

机译：在低压下由脉冲毛细管放电发出的等离子体射流形成碳纳米结构
5. A study of ignition effects on thruster performance of a multi-electrode capillary discharge using visible emission spectroscopy diagnostics. [D] . Pancotti, Anthony P. 2009

机译：使用可见发射光谱学诊断方法研究点火对多电极毛细管放电的推进器性能的影响。
6. A Highly Cost‐Efficient Large‐Scale Uniform Laminar Plasma Jet Array Enhanced by V–I Characteristic Modulation in a Non‐Self‐Sustained Atmospheric Discharge [O] . Jing Li, Jing Wang, Bingying Lei, 2020

机译：非自持大气放电中通过V–I特性调制增强的高成本效益大型均匀层流等离子体射流阵列
7. Features of Jets Formed by Erosive Capillary Discharges [O] . A. Ya. Ender 2011

机译：通过腐蚀毛细管排出形成的喷射功能
8. Experimental Investigation of the Energy Balance of the Discharge Interval During the Generation of Jets by the Erosion of Electrodes [R] . Nikolaev, A. V., Gaganov, Y. I. 1969

机译：电极腐蚀产生射流时放电间隔能量平衡的实验研究

Features of Jets Formed by Erosive Capillary Discharges

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