On the opportunity of Laser Plasma simulation of Plasma Jets formation in moderate magnetic fields ∼ kGs

Author:

Zakharov Yu P,Neznamov V P,Terekhin V A,Shaikhislamov I F,Posukh V G,Trushin P A,Chibranov A A,Berezutsky A G,Rumenskikh M S,Efimov M A

Abstract

Abstract Today a number of various experiments with Laser-Produced Plasmas (LPP), done at very-high Magnetic Fields (up to B0 > MG) are using to model the physics of Astrophysical and Space Jets, a various processes of their formation and possible long-range propagation at various angles S to magnetic fields. We discuss the opportunity and present the first results of new-type experiments on simulation of Jets with LPP at KI-1 facility of ILP, at moderate magnetic field ∼ kGs, oriented quasi-transverse (S ≍ 600) of LPP-blob expansion (with velocity V 0) relative to B 0. They were done on the base of all our preliminary studies, both at large-scale, high-vacuum chamber (0120 cm of KI-1) and others devices with LPP (oriented earlier at V0 transverse to B0, with $ = 900).

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference12 articles.

1. Dynamics and energetics of plasma blob expansion transverse to Dipole magnetic field at presence of background;Zakharov Yu,1995

2. Dynamics of Laser-Produced Plasmas in Dipole magnetic field under conditions of near-Earth anti-asteroidal explosions;Zakharov Yu

3. Laboratory simulation of transverse magnetic field effects on dynamics on dynamics of Plasma Streams in Magnetosphere;Zakharov Yu,1997

4. Laboratory simulation of depolarization and deflection of Plasma Jets drifting across Magnetic Field in Geoplasma background;Zakharov Yu

5. Laboratory simulation of artificial plasma releases in space

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