FLASH4.5 API

Generated from /asc/asci2/site/flashcode/secure/release_4p5/source/physics/sourceTerms/Flame/Flame_rhJumpReactive.F90 with ROBODoc v4.99.8 on Tue Mar 05 16:16:17 2019

TABLE OF CONTENTS


[Functions] source/physics/sourceTerms/Flame/Flame_rhJumpReactive

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NAME

  Flame_rhJumpReactive

SYNOPSIS

  call Flame_rhJumpReactive ( real(inout) :: eosData_u(:),
                              real(in) :: qbar_u,
                              real(out) :: eosData_b(:),
                              real(out) :: qbar_b,
                              integer(in) :: eos_mode )

DESCRIPTION

  Calculate state of burned (and unburned) material by applying
  Rankine-Hugoniot jump condition.
  This version is for reactive ash (NSE), so that all information
  including the energy release (for a constant pressure burn) is
  calculated.
  Unburned state is found from calling Eos on eosData_u with mode
  eos_mode
  qbar values are in MeV/Baryon

ARGUMENTS

   eosData_u - thermodynamic state data for unburned material
      qbar_u - average binding energy per baryon (MeV) of unburned material
   eosData_b - thermodynamic state data for burned material
      qbar_u - average binding energy per baryon (MeV) of burned material
    eos_mode - equation of state mode for calculating complete unburned state.

SEE ALSO

  See Flame_interface.F90 for possible updates