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E Teller Some thoughts about high energy densities pag
G E Duvall Shock waves in condensed media
using flash gap techniques
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absorption acceleration adiabatic Appl approximation assumed atomic beam Blumlein bremsstrahlung Brillouin scattering calculated coefficient collision compression condensed conductivity constant curve cylindrical demagnetization detonation wave deuterium dynamic effects electric electrical conductivity electron energy density equation equilibrium evaporation experimental experiments explosive fluid flux Frascati free surface frequency gamma gas-dynamical given heat Hugoniot imploding increase initial instability intensity interaction ionized isentrope JETP Journ kbar kinetic energy laboratory laser light wave liner liquid Mach number magnetic field mass material Mbar mean free path measurements metals motion obtained optical optical thickness oscillations parameters particle phase Phys physical plane plasma pressure projectile propagation pulse radiation radiative radius rarefaction ratio reflected region relation relativistic sample self-similar shock front shock wave shock-wave shown in Fig solid solution spherical strong shock supernova target technique temperature theory thermal thermonuclear thickness tion transition translation in Sov vaporization wave voltage