rldm_radius, rldm_mass, rldm_mom0, rldm_rot0, rldm_coul0, rldm_surf0, rldm_x, rldm_y - Return Rotating Liquid Drop Model quantities
#include <rldm.h>
double rldm_radius(int A);
double rldm_mass(int A);
double rldm_surf0(int Z, int A);
double rldm_coul0(int Z, int A);
double rldm_rot0(int A, int L);
double rldm_mom0(int A);
double rldm_x(int Z, int A);
double rldm_y(int Z, int A);
Link with -lnuclib.
The rldm_radius() function returns the nuclear radius in fm, rldm_mass() returns the nuclear mass in MeV/c^2, rldm_surf0() returns the surface energy of the sphere in MeV, rldm_coul0() returns the electrostatic energy of the sphere in MeV, rldm_rot0() returns the rotational energy of the sphere in MeV, rldm_mom0() returns the moment of inertia of a rigid sphere in MeV/c^2 fm^2, rldm_x() returns the fissility parameter x and rldm_y() returns rotational energy parameter y.
|
Z A |
Atomic and mass number of the nucleus. | ||
|
L |
Angular momentum of nucleus in units of h-bar (Planck’s constant divided by 2*pi). |
The functions rldm_radius(), rldm_mass(), rldm_mom0(), rldm_rot0(), rldm_coul0(), rldm_surf0(), rldm_x(), rldm_y() return the values described.
Cohen, Plasil, Swiatecki, Annals of Physics 82, 557-596 (1974).
This manual page was written by Ricardo Yanez.
Report bugs to <ricardo.yanez@calel.org>.
Copyright © 2005-2017 Ricardo Yanez.
This is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version.