" Directories and Files "

/itoh95 -+-- /text    -+--/tex
         |             +--/graphics
         |
         +-- /tables  -+-- /pair1
         |             +-- /pair2     
         |             +-- /photo    
         |             +-- /plasma   
         |             
         |
         +-- /version1 +-- /brems    analytic fitting
         |             +-- /pair     analytic fitting
         |             +-- /photo    analytic fitting
         |             +-- /plasma   analytic fitting
         |             +-- /recomb   analytic fitting
         |
         +-- /version2 +-- /brems    analytic fitting
         |             +-- /pair     quadratic interpolation 
         |             |               (grid of log T = 0.2) 
         |             +-- /photo    quadratic interpolation
         |             +-- /plasma   quadratic interpolation
         |             +-- /recomb   analytic fitting
         |
         +-- /version3 +-- /brems    analytic fitting
                       +-- /pair     quadratic interpolation 
                       |               (grid of log T = 0.05) 
                       +-- /photo    quadratic interpolation
                       +-- /plasma   quadratic interpolation
                       +-- /recomb   analytic fitting

         


/text; 'NEUTRINO ENERGY LOSS IN STELLAR INTERIORS. VII.
           PAIR, PHOTO-, PLASMA, BREMSSTRAHLUNG, AND RECOMBINATION PROCESSES '
                Itoh, N., Hayashi, H., Nishikwa, A., & Kohyama, Y.

          textfile; compile with LaTeX
          graphics; EPS files

/tables; numerical data 

         pair.dat1; The grid of log T = 0.05
                    Q_{pair}^{+}  & Q_{pair}^{-}  in equation (2.1)

         pair.dat2; The grid of log T = 0.2
                    Q_{pair}^{+}  & Q_{pair}^{-}  in equation (2.1)
   
         photo.dat;  Q_{photo}^{+} & Q_{photo}^{-} in equation (3.1)

         plasma.dat; Q_{T} & Q_{L}                 in equation (4.2)

/version1;  Fortran programs for the analytic fitting formulae
             usage
              compile with Fortran77.
              edit <init.par> 

                a; mass number of the ion
                z; charge number of the ion
                tinit; initial value of Log( temperature )
                tfin; final value of Log( temperature )
                tstep; step value of Log( tempetarure )
                nt; number of steps of Log( tempetarure ) < integer > 
                rinit; initial value of Log( rho/mu_e )
                rfin; final value of Log( rho/mu_e )
                rstep; step value of Log( rho/mu_e )
                rt; number of steps of Log( rho/mu_e ) < integer > 
                n; (number of neutrino flavors considered) - 1 < integer > 
                zeta; zeta value in equation (6.7)
                nu; chemical potential in equation (6.8)

             execute and you will get an output file <'process'.dat>


/version2,3; Fortran programs for the analytic fitting formulae
              and the quadratic interpolations.
                usage
              compile with Fortran77.
              edit <init.par> 

              recomb/  same as version1
      
              brems/   same as version1

              photo/   quadratic interpolations

                       T-initial; initial value of Log( temperature )
                       T-final  ; final value of Log( temperature )
                         The range of log T is from 7 to 11. 
                         The grid of log  T is 0.1. 
                       Step     ; step value of Log( rho/mu_e )
                         Input the value of step which is less than 0.1.
                                       e.g. 0.05, 0.01, ...

              plasma/
                       T-initial; initial value of Log( temperature )
                       T-final  ; final value of Log( temperature )
                         The range of log T is from 7 to 11. 
                         The grid of log  T is 0.2. 
                       Step     ; step value of Log( rho/mu_e )
                         Input the value of step which is less than 0.2.
                                         e.g. 0.1, 0.05, 0.01, ...

               pair/(version2)

                       T-initial; initial value of Log( temperature )
                       T-final  ; final value of Log( temperature )
                         The range of log T is from 7 to 12. 
                         The grid of log  T is 0.2. 
                       Step     ; step value of Log( rho/mu_e )
                         Input the value of step which is less than 0.1.
                                         e.g. 0.05, 0.01, ...
            
               pair/(version3)

                       T-initial; initial value of Log( temperature )
                       T-final  ; final value of Log( temperature )
                         The range of log T is from 7 to 12. 
                         The grid of log  T is 0.05.
                       Step     ; step value of Log( rho/mu_e )
                         Input the value of step which is less than 0.1.
                                         e.g. 0.05, 0.01, ...