Energy supply to the region of colliding plasma flows with opposite polarization fields

Abstract

The interaction of two colliding deuterium plasma flows propagating in opposite directions across the magnetic field and having opposite directions of the polarization fields has been experimentally studied. The plasma flows with densities up to 10¹⁶ cm^-3 and a velocity of up to 2 × 10⁷ cm/s were formed using discharges initiated in crossed E × H fields. Each discharge operated at an electric power of up to 300 mW and a discharge current up to 100 kA. The results of measurements of the equivalent capacitance of polarized plasma flows were used to estimate the transverse permittivity of plasma. The rate of depolarization in colliding flows was determined. The frequency and energy characteristics of a plasma LC circuit formed by colliding flows were estimated. The temporal modulation of plasma density in the flows was measured.

Original language	English
Pages (from-to)	235-238
Number of pages	4
Journal	Technical Physics Letters
Volume	33
Issue number	3
DOIs	https://doi.org/10.1134/S1063785007030157
Publication status	Published - 1 Mar 2007

Keywords

52.30.-q

ASJC Scopus subject areas

Physics and Astronomy (miscellaneous)

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10.1134/S1063785007030157

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Dudkin, G. N., Nechaev, B. A., Padalko, V. N., Bystritskiǐ, V. M., Wozniak, J., Veretel'nik, V. I., & Furman, É. G. (2007). Energy supply to the region of colliding plasma flows with opposite polarization fields. Technical Physics Letters, 33(3), 235-238. https://doi.org/10.1134/S1063785007030157

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title = "Energy supply to the region of colliding plasma flows with opposite polarization fields",

abstract = "The interaction of two colliding deuterium plasma flows propagating in opposite directions across the magnetic field and having opposite directions of the polarization fields has been experimentally studied. The plasma flows with densities up to 1016 cm-3 and a velocity of up to 2 × 107 cm/s were formed using discharges initiated in crossed E × H fields. Each discharge operated at an electric power of up to 300 mW and a discharge current up to 100 kA. The results of measurements of the equivalent capacitance of polarized plasma flows were used to estimate the transverse permittivity of plasma. The rate of depolarization in colliding flows was determined. The frequency and energy characteristics of a plasma LC circuit formed by colliding flows were estimated. The temporal modulation of plasma density in the flows was measured.",

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author = "Dudkin, {G. N.} and Nechaev, {B. A.} and Padalko, {V. N.} and Bystritskiǐ, {V. M.} and J. Wozniak and Veretel'nik, {V. I.} and Furman, {{\'E} G.}",

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T1 - Energy supply to the region of colliding plasma flows with opposite polarization fields

AU - Dudkin, G. N.

AU - Nechaev, B. A.

AU - Padalko, V. N.

AU - Bystritskiǐ, V. M.

AU - Wozniak, J.

AU - Veretel'nik, V. I.

AU - Furman, É G.

PY - 2007/3/1

Y1 - 2007/3/1

N2 - The interaction of two colliding deuterium plasma flows propagating in opposite directions across the magnetic field and having opposite directions of the polarization fields has been experimentally studied. The plasma flows with densities up to 1016 cm-3 and a velocity of up to 2 × 107 cm/s were formed using discharges initiated in crossed E × H fields. Each discharge operated at an electric power of up to 300 mW and a discharge current up to 100 kA. The results of measurements of the equivalent capacitance of polarized plasma flows were used to estimate the transverse permittivity of plasma. The rate of depolarization in colliding flows was determined. The frequency and energy characteristics of a plasma LC circuit formed by colliding flows were estimated. The temporal modulation of plasma density in the flows was measured.

AB - The interaction of two colliding deuterium plasma flows propagating in opposite directions across the magnetic field and having opposite directions of the polarization fields has been experimentally studied. The plasma flows with densities up to 1016 cm-3 and a velocity of up to 2 × 107 cm/s were formed using discharges initiated in crossed E × H fields. Each discharge operated at an electric power of up to 300 mW and a discharge current up to 100 kA. The results of measurements of the equivalent capacitance of polarized plasma flows were used to estimate the transverse permittivity of plasma. The rate of depolarization in colliding flows was determined. The frequency and energy characteristics of a plasma LC circuit formed by colliding flows were estimated. The temporal modulation of plasma density in the flows was measured.

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