!
!  Initialisation parameters for Kelvin-Helmholtz turbulence.
!
&init_pars
  cvsid='$Id: start.in,v 1.1 2010-05-19 14:39:09 nilshau Exp $',
  unit_system='cgs'
  unit_temperature=1.
  unit_velocity=1.
  unit_length=1.
  lperi=F,T,T
 bcx = 'set:a2','set:a2','set:a2', 'a2','set:a2','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s','set:s' 
!bcx = 'set:a2','set:a2','set:a2', 'a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2','set:a2'
  fbcx1 =  100.,0.,0.,0.,5.77765,0.03409,0.27199,0.,0.,0.69392,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.
  Lxyz  =  0.8,   0.0,  0.0
  xyz0  = -0.4, 0., 0.
ip=10
/
&eos_init_pars
/
&hydro_init_pars
/
&density_init_pars
ldensity_nolog=F
/
&entropy_init_pars
/
&chemistry_init_pars
lT_tanh=T
  initchem='flame_front'
!  initchem='air'
  init_pressure=1.013e6
  init_TT1=323.
  init_TT2=1000.
  init_ux=100.
  init_x1=-0.03
  init_x2=0.03
/
&NSCBC_init_pars
  nscbc_bc = 'part_ref_inlet:part_ref_outlet','',''
  nscbc_sigma_in=4.0
  nscbc_sigma_out=0.28
  p_infty=1.013e6
/