1988Unpublished venueRequires access

Study of Magnetic Reconnection

R. L. Stenzel, Walter Gekelman, J. M. Urrutia

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Abstract

Abstract : This research studied magnetic reconnection in a laboratory setting. (Magnetic reconnection is considered to be the primary cause of substorms.) It was found possible to trigger magnetic reconnection through the ion tearing mode and associated magnetic and particle properties were studied in detail. A summary is given of the lessons learned in regard to laboratory experiments on magnetic reconnection.

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What this paper is about

Abstract : This research studied magnetic reconnection in a laboratory setting. (Magnetic reconnection is considered to be the primary cause of substorms.) It was found possible to trigger magnetic reconnection through the ion tearing mode and associated magnetic and particle properties were studied in detail. A summary is given of the lessons learned in regard to laboratory experiments on magnetic reconnection.

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Available abstract

Abstract : This research studied magnetic reconnection in a laboratory setting. (Magnetic reconnection is considered to be the primary cause of substorms.) It was found possible to trigger magnetic reconnection through the ion tearing mode and associated magnetic and particle properties were studied in detail. A summary is given of the lessons learned in regard to laboratory experiments on magnetic reconnection.

Key concepts: Magnetic reconnection, Physics, Tearing, Magnetic field, Quantum mechanics, Thermodynamics

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