This directory contains H-alpha profiles given in Appendix A of 
the paper titled:
   "On the formation of H-alpha line emission around
            classical T Tauri stars"  
   (Kurosawa, Harries & Symington, 2006, MNRAS, xxx, xxx)

-----------------------------------------------------------

* Remember that the hybrid models presented here uses the mass-loss rate (Mdot_wind)
  to mass-accretion rate (Mdot_wind) ratio (mu) of 0.1. Also note that 
  ** For the model with Mdot_acc = 10^-7 Msun/yr,  
     the magnetosphere has the max temperature Tmax = 7500 K.
  ** For the model with Mdot_acc = 10^-8 Msun/yr,  
     the magnetosphere has the max temperature Tmax = 8500 K.
  ** For the model with Mdot_acc = 10^-9 Msun/yr,  
     the magnetosphere has the max temperature Tmax = 9500 K.

* File format
  The first column is wavelength in km/s.
  The second column normalized flux.

The name conventions of the files in this directory are as follows
1. the disc-wind-magnetosphere hybrid models

   "mdotA_incBB_betaCCC_tDDDD.dat"
        ^    ^^     ^^^  ^^^^
	*A indicates the mass-accretion rate. 
	   if A=7,  Mdot_acc = 10^-7 Msun/yr
	   if A=8,  Mdot_acc = 10^-8 Msun/yr
	   if A=9,  Mdot_acc = 10^-9 Msun/yr
	*BB indicates the inclination angle in degrees.
	   
	*CCC indicates the wind acceleration parameter value (beta)
.	   if 0p2,  beta = 0.2
	   if 0p5,  beta = 0.5
	   if 1p0,  beta = 1.0
	   if 2p0,  beta = 2.0
	
	*DDDD indicates the temperature of the wind in Kelvins.

   Example, 
   "mdot7_inc10_beta0p2_t8000.dat" are computed with 
         mass accretion rate  : 10^-7 Msun/yr
	 inclination          : 10 degrees
	 beta                 : 0.2
	 temperature of wind  : 8000 K
    and the following parameters are implied
         mass loss rate       : 10^-8 Msun/yr   
         Tmax (magnetosphere) : 7500 K

2. the comparison magnetospheric accretion only models 
      "ma_mdotA_incBB_tmaxCCCC.dat"
              ^    ^^     ^^^
	*A indicates the mass-accretion rate. 
	   if A=7,  Mdot_acc = 10^-7 Msun/yr
	   if A=8,  Mdot_acc = 10^-8 Msun/yr
	   if A=9,  Mdot_acc = 10^-9 Msun/yr
	*BB indicates the inclination angle in degrees.
	   
	*CCCC indicates the temperature of the wind in Kelvins.





If you have any question, please write to Ryuichi Kurosawa at 
    rk@astro.ex.ac.uk
Thank you.