Useful routines in Fortran:
(* routines written or adapted by
Carlos Bertulani
)
Bohr-Sommerfeld quantization for bound states
(Fortran)
input
Structure of dwarf stars
(Fortran)
input1
,
input2
Bound states in a one-dimensional potential
(Fortran)
input
Atomic Hartree-Fock
(Fortran)
input
Two-dimensional Ising Model
(Fortran)
input
Monte Carlo solution of H2 molecule
(Fortran)
input
Coupled channels calculation of double giant resonance excitation in heavy ion collisions
Relativistic multiple Coulomb and nuclear excitation (
Write-up
) (
Fortran program
)
Production of anti-hydrogen in collisions of antiproton with heavy targets
Production of anti-hydrogen in photon-antiproton interactions
(Maple)
Elastic and inelastic scattering of heavy ions at high energies:
Program 1
(el.+inel.), or
program 2
(el. only)
Astrophysical S-factors for p+Be7 in the Sun
/
Input (g.s. wavefunction)
Fragmentation in nuclear collisions at high energies
Astrophysical S-factors for alpha+C12 in massive stars
/
Input
Ground-state of particle in a well+Coulomb+spin-orbit term
/
Test input
Continuum states of particle in a well+Coulomb+spin-orbit term
/
Test input
Glauber model for Coulomb excitation of multiphonon states
/
Test input
Skyrme Hartree-Fock
Random phase approximation (RPA)
Projeto:
Ensino de Física a distância
Desenvolvido por:
Carlos Bertulani