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andC H Kruger Stanford University Stanford California
LPS1 THERMODYNAMIC ANALYSIS OF THE CYCLES OF A DOUBLEPHASEFLOW MHD GENERATOR
LPS4 STARTUP OF A STEAMWATER INJECTOR BY MEANS OF A MOVING DIFFUSER AND OUTER
air preheater analysis anode argon assumed axial benzene boundary layer calculated cathode cesium char circuit coal coil combustion chamber constant cooling costs critical Hall parameter current density current distribution curves cycle decrease discharge duct effects efficiency elec electric field electrical conductivity electrode surface electrode voltage drop electrode wall electron density electron temperature electrothermal enthalpy equilibrium exit experimental experiments Faraday Figure flow fluctuations fluid fraction frequency fuel function gas temperature gasdynamic gases heat flux increases insulator ionization instability Joule heating laser linear liquid load magnetic field Magnetohydrodynamic maximum measured MHD channel mode moving conductor nitrogen noble gas nonequilibrium nozzle number density obtained Ohm's law operating oxides particle performance perturbation phase phase velocity plasma potassium pressure probe radiation ratio region reserve power seed segments shown in Fig sidewall theoretical theory thermal tion trode turbulent values velocity wave number wavelength