* IOTA code input
* Name of the task (a80):
                 Test calculations    Si+Silicon Carbide
* igraph, maxplay, tlim, idsdt
 1  0  1.5  0
* Z, A of the projectile ion (integer) 
 14.  28.
* density (g/cm3), number of components (max 21), stopping model
  3.21    2     SRIM
* Names of files with the cross-sections from SL_LNS4 for each component
* of the media and dE/dx from SRIM for projectile + media.
   SI_SI.DAT    SI_C.DAT
* dE/dx for projectile + composite media
   Si_SiC.Zie  
*
*  description of the components for compound 
* Z,  A,  atomic fraction, Ed displacement energy (eV)
 14.  28.   0.5000   40.0      
* cross-sections
  SI_SI.DAT   SI_C.DAT
* <  dE/dx   >
  Si_SiC.Zie
  6  12   0.5000   20.0 
  C_SI.DAT    C_C.DAT
  C_SiC.Zie
* names for two output file name (a12) 
 output.ful  output.sho
*  energy of projectile (MeV) and number of Monte Carlo events
*  energy < 0 means end of the calculation. Max number of energies 200
 0.001    500
-0.01   500
