## Hall currents and electron temperature effects in MHD shock waves |

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### Contents

ONE DIMENSIONAL STEADY FLOW EQUATIONS | 8 |

NUMERICAL SOLUTIONS | 29 |

ELECTRON TEMPERATURE EFFECTS | 32 |

6 other sections not shown

### Common terms and phrases

Ampere's law APPENDIX approximations coefficients collision parameters collision relaxation conduction current Coulomb collision couples degree of ionization diatomic diffusion flux effects electrical resistivity electron heat flux electron temperature fast shock gradients heat flux equation integrated to give interaction internal energy introduces ion inertia Joule dissipation Joule heating left hand side linear Mach number magnetic field magnetic layer monatomic gas neglected nondimensional nonlinear oblique shock Ohm's law overall continuity equation overall energy equation overall heat flux overall momentum equation overall stress phase plane phase space relevant equations right hand side scalar conductivity Secondary Variables Section VTB separatrix shock trajectory side of Eq singular perturbation singular perturbation analysis singular points slightly ionized gas slow shock species heat flux species momentum equations Species Stress species transport variables sub-layers sub-shock switch-off Switch-on shock system variables temperature dependence tensor conductivity term in Eq thermal conductivity transport equations viscous written