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Vaporization Waves in Metals
Initial Behavior of an Exploding Wire
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absorption acetylene aluminum Answer by Author approximately argon atomic axis breakdown bridgewire calculated capacitance capacitor Chace and H.K. charge circuit collision frequency conductor continuum copper copper wire curve cylindrical deflagration determined detonators diameter discharge effect electric field electrical conductivity electron density emission energy equation expansion experimental experiments exploding wire F.D. Bennett firing function gases H.K. Moore heating inductance initial intensity interstriation distances ionization laser layer length lines liquid Maclaurin series magnetic field measured mechanism melting metal methane nsec observed obtained optical oscilloscope parameters peak PETN photomultiplier Phys plasma Plenum Press pressure pulse radiation radius region resistance Rogovski coil rotation shown in Fig skin depth skin effect spectra spectrum striations studies T.J. Tucker Table temperature time-resolved tion torr tube undegassed vacuum values vaporization wave velocity voltage W.G. Chace wave speeds wavelength wire explosion wire material x-ray York