Model: sudden approximation (diabatic) adiabatic

proximity + parabolic deformation energy
folding     + parabolic deformation energy
proximity + TCSM deformation energy
folding     + TCSM deformation energy

liquid drop model (LDM)
two-center shell model (TCSM)
Projectile    β2g.s.
Target   β2g.s.
Chose one, two, or three variables
      Input range of variation
  fixed
value
                   minimum  maximum number
of points
Distance between mass centers, R
Deformation of projectile, δP
Deformation of target, δT
Unified deformation (see description), δ 
Mass asymmetry, η=(A2-A1)/(A2+A1)
Orientation of projectile in reaction plane, ΘP
Orientation of target in reaction plane, ΘT
Azimuthal orientation, φ
Neck parameter, ε recommended value:
1 (fusion), 0.35 (fission)
Basic quantities (to be changed by advanced users only)             Default values
Folding target r0(p) r0(n) a(p) a(n) amplitudes of
Migdal
NN-potential
fin fin'
  projectile r0(p) r0(n) a(p) a(n) fex fex'
Proximity   r0(target) r0(proj) b