Excitation of low-frequency dust density waves in flowing complex plasmas

Yaroshenko V. V.; Khrapak S. A.; Pustylnik M. Y.; Thomas H. M.; Jaiswal S.; Lipaev A. M.; Usachev A. D.; Petrov O. F.; Fortov V. E.

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Excitation of low-frequency dust density waves in flowing complex plasmas

机译：流动复杂等离子体中低频粉尘密度波的激发

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We study low frequency dust density waves excited in the microparticle streams of the Plasmakristall-4 chamber under microgravity conditions on board the International Space Station. Dispersion relations and instability conditions are analyzed for the dust density modes propagating along the axial electric field and in the reversed direction, revealing some important implications for the dust diagnostics. The results clearly point out to the Havnes parameter as a key factor for the excitation of the dust density modes.

机译：在国际空间站上的微匍匐条件下，研究在Plasmakristall-4室的微粒流中兴奋的低频粉尘密度波。分析了沿轴向电场和反向方向传播的粉尘密度模式的分散关系和不稳定性条件，揭示了对粉尘诊断的一些重要意义。结果清楚地指出了哈维斯参数作为粉尘密度模式激发的关键因素。

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来源
《Physics of plasmas》 |2019年第5期|共7页
作者
Yaroshenko V. V.; Khrapak S. A.; Pustylnik M. Y.; Thomas H. M.; Jaiswal S.; Lipaev A. M.; Usachev A. D.; Petrov O. F.; Fortov V. E.;
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Deutsch Zentrum Luft &

Raumfahrt DLR Inst Mat Phys Weltraum D-82234 Wessling Germany;

Deutsch Zentrum Luft &

Raumfahrt DLR Inst Mat Phys Weltraum D-82234 Wessling Germany;

Deutsch Zentrum Luft &

Raumfahrt DLR Inst Mat Phys Weltraum D-82234 Wessling Germany;

Deutsch Zentrum Luft &

Raumfahrt DLR Inst Mat Phys Weltraum D-82234 Wessling Germany;

Auburn Univ Dept Phys Auburn AL 36849 USA;

Russian Acad Sci Joint Inst High Temp Izhorskaya St 13 Bd 2 Moscow 125412 Russia;

Russian Acad Sci Joint Inst High Temp Izhorskaya St 13 Bd 2 Moscow 125412 Russia;

Russian Acad Sci Joint Inst High Temp Izhorskaya St 13 Bd 2 Moscow 125412 Russia;

Russian Acad Sci Joint Inst High Temp Izhorskaya St 13 Bd 2 Moscow 125412 Russia;

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正文语种 eng
中图分类等离子体物理学;
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1. Excitation of low-frequency dust density waves in flowing complex plasmas [J] . Yaroshenko V. V., Khrapak S. A., Pustylnik M. Y., Physics of plasmas . 2019,第5期

机译：流动复杂等离子体中低频粉尘密度波的激发
2. Cluster Agglomeration Induced by Dust-Density Waves in Complex Plasmas [J] . Simon Dap, David Lacroix, Robert Hugon, Physical review letters . 2012,第24期

机译：尘埃密度波在复杂等离子体中诱导的团聚
3. Parametric study of a Schamel equation for low-frequency dust acoustic waves in dusty electronegative plasmas [J] . Sabetkar Akbar, Dorranian Davoud Physics of plasmas . 2015,第8期

机译：尘埃负电等离子体中低频尘埃声波的Schamel方程的参数研究
4. Excitation of dust density waves in dusty plasmas of planetary rings [C] . V. V. Yaroshenko, F. Verheest, G. E. Morfill XXVIII international conference on phenomena in ionized gases : Book of abstracts . 2007

机译：激发行星环尘埃等离子体中的尘埃密度波
5. Resonant and non-resonant beat-wave excitation of relativistic plasma waves. [D] . Filip, Catalin Vasile. 2003

机译：相对论等离子体波的共振和非共振拍频激发。
6. Effects of excitation laser wavelength on Ly-α and He-α line emission from nitrogen plasmas [O] . S. S. Harilal, G. V. Miloshevsky, T. Sizyuk, -1

机译：激发激光波长对氮等离子体中Ly-α和He-α线发射的影响
7. Excitation of low-frequency dust density waves in flowing complex plasmas [O] . V. V. Yaroshenko, S. A. Khrapak, M. Y. Pustylnik, 2019

机译：流动复杂等离子体中低频粉尘密度波的激发
8. Linear and Nonlinear Theory of Grid Excitation of Low-Frequency Waves in a Plasma [R] . Johnston, G. L. 1969

机译：等离子体中低频波网格激励的线性和非线性理论

Excitation of low-frequency dust density waves in flowing complex plasmas

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