output file
0                       metal nuclear spin
2.675199D+8             gammaI of investigated particle
.5                      electron spin
1                       1=t1 2=t2 calculation to be performed
3 9 1                   field range in Log(Hz) (1) or Tesla (2)
10                      number of points
1                       sets of data
310.                    temperature

0 20e-9 0 1           taue(1),taus0(1)if tauv=/0[s],or delta(2)[cm**(-1)]
                     or Neel correlation time

0 1.e-6 0             taur rotational correlation time [s]
0 4.e-12 0            tauv correlation time of electron relaxation [s]
0 0.                  D axial component of ZFS [cm**(-1)]
0 0e-8                E rhombic component of ZFS [cm**(-1)]
0 0                   s4 constant of higher order term [cm**(-1)]
0 2.0023D+0           gx G-tensor components
0 2.0023D+0           gy
0 2.0023D+0           gz
0 .00                 Ax Hyperfine coupling constants [cm**(-1)]
0 .00                 Ay [cm**(-1)]
0 0.0                 Az [cm**(-1)]

0 45. 2 0.3508 0.2029 2nd: d distance of closest approach [Angstroem],
                             or radius of the crystal
                      3rd: 1=outer-sphere paramagn. equation
                           2=superparamagnet routine: complete calculat.
                           3=superparamagnet routine: hempiric equation
                      4th and 5th: P and Q of the hempiric equation

0 3.4e-5 40. 1.           2nd: Ddiff diffusion coefficient [cm**2/s]
                          3rd: magnetization at saturation
                          4th: anisotropic energy (in complet calc.)
                               or ni_0 (in the hempiric equation)

0 0.001               concentration [M]
1                     number of types of water
0 0 0                 taum [s]
0 0                   mol.frac. (number of interacting water protons)
0 0             rk water proton - paramagnetic center distance[Angstroem]
0 0.                 a/h constant of contact interaction [MHz]
0 0                   theta [degree]
0 0.                 phi [degree]
0                     number experimental points
1.e-5                 tolerence of fitting
.05                   step in fitting procedure
.1148E-02 .1032E+02
.1047E-01 .9974E+01
.1096E+00 .9828E+01
.1000E+01 .6622E+01
.1047E+02 .1162E+02
.1096E+03 .4854E+01
.1000E+00 .9107E+01
.1000E+01 .7107E+01
.1000E+02 .1160E+02
.1000E+03 .5223E+01