Exploding Wires in Axial Magnetic Fields

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Title: Exploding Wires in Axial Magnetic Fields
Author: Honig, Emanuel Marvin
Abstract: An experimental investigation of the effect of applied axial magnetic fields on exploding wires has been conducted . The magnetic field effect was studied by monitoring the waveforms of the voltage across and the current through the wire . The explosion can generally be divided into three time periods—the initial pulse , the dwell , and the restrike . Some of the theories proposed to explain the mechanisms of the wire explosion are discussed . Since the wire explosion depends to a great degree on the experimental arrangement , the components of the exploding wire system are described in detail . Several sizes of copper wire were exploded in axial magnetic fields as high as 72 kG . In small , long wires the effect of the magnetic field was t o delay the restrike . In larger , shorter wires the magnetic field tended to increase the length of the initial pulse . The letter effect suggests that higher plasma temperatures nay be reached in exploding wires by applying an axial magnetic field .
URI: http : / /hdl .handle .net /2346 /12523
Date: 1972-05

Citation

Honig, Emanuel Marvin Exploding Wires in Axial Magnetic Fields. Master's thesis, Texas Tech University. Available electronically from http : / /hdl .handle .net /2346 /12523 .

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