Effects of Strong Explosions, Volume 5Rand, 1972 - Nuclear energy |
Contents
SHOCK WAVES IN GAS | 1 |
EQUATIONS OF STATE FOR GAS | 11 |
EXPLODING WIRES | 12 |
6 other sections not shown
Common terms and phrases
absorption accelerator aerodynamic approximation assumed axis body Boltzmann constant breakdown BSSR cal/cm² sec calculated characteristic coefficient const constant coordinate curve decrease density derived described determined detonation dielectric dielectric constant dielectric permeability diffusion effect electromagnetic electron beam emission energy equation excitation explosion F-layer film Fizika flux formula free-stream frequency function gas dynamic gas dynamic parameters gas flow gas velocity heat hypersonic I-FZh increase injection interaction interferograms ionization wave ionosphere kinetic km/sec laser beam laser pulse linear liquid magnetic field measured mechanism metallic method MZhiG N₂ neodymium obtained optical perfect gas phase plane Pitot tube plate plots PMMA polystyrene powerful laser pressure pyramids Q-switched radiation radiative radius region resonance shielding shock layer shock tube shock wave shock wavefront spherical strong shock supersonic surface waves target temperature distribution thermal upper half-plane values vaporization w/cm² wave propagation wave velocity wavefront wavelength ZhETF ZhPS Zhurnal