2002AIP conference proceedingsRequires access

Experimental Study Of Wire Array Implosion In Presence Of Prolonged Plasma Production On Angara-5-1 Facility

V. V. Alexandrov

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Abstract

The study of the wire array implosion on installation Angara‐5‐1 is devoted. Magnetic probes and the x‐ray backlighting technique were used to investigate a current and mass distribution during the implosion. The experimental data confirm the concept of prolonged plasma production: the long time of implosion the hot plasma flows from dense fixed wire cores and is accelerated by the Lorentz force to the array center together with frozen magnetic field.

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What this paper is about

The study of the wire array implosion on installation Angara‐5‐1 is devoted. Magnetic probes and the x‐ray backlighting technique were used to investigate a current and mass distribution during the implosion. The experimental data confirm the concept of prolonged plasma production: the long time of implosion the hot plasma flows from dense fixed wire cores and is accelerated by the Lorentz force to the array center together with frozen magnetic field.

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Available abstract

The study of the wire array implosion on installation Angara‐5‐1 is devoted. Magnetic probes and the x‐ray backlighting technique were used to investigate a current and mass distribution during the implosion. The experimental data confirm the concept of prolonged plasma production: the long time of implosion the hot plasma flows from dense fixed wire cores and is accelerated by the Lorentz force to the array center together with frozen magnetic field.

Key concepts: Implosion, Plasma, Physics, Magnetic field, Plasma diagnostics, Lorentz force, Backlight, Optics

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