hfs3/table
Modifications: 1996/3/26,4/25
This directory contains data tables of various quantities from the results of
our HF+BCS calculations with Skyrme SIII force. The data are given not only
for the ground states but also for the lowest-exitation local minima of the
HF+BCS equation. The latter can be regarded as shape isomers.
The following ten files are for the ground states:
- grn_ener.dat
: Energy-related quantities, i.e., atomic masses, nuclear binding energies,
Fermi levels, and pairing gaps.
- grn_mom2.dat
: R.m.s. radii and quadrupole moments for protons and for neutrons.
- grn_add1.dat
: R.m.s. radius and quadrupole moment for mass distribution,
Mass/proton/neutron deformation parameters "delta" defined as
3 Q / 4 < r^2 >.
- grn_mom4.dat
: Hexadecapole moments for protons and for neutrons.
- grn_defo.dat
: Shape (deformation) parameters for mass distribution, i.e.,
R0, a20, a22, a40, a42,
a44, and rho0. The definition
of these parameters are given in the paper.
- grn_defp.dat
: Shape parameters for the distribution of protons.
- grn_defn.dat
: Shape parameters for the distribution of neutrons.
- grn_skin.dat
: Skin thickness.
- grn_halo.dat
: Halo radius.
- grn_part.dat
: Expectation values of partial Hamiltonians, i.e., kinetic
energy, spin-orbit energy, pairing energy, and Coulomb energy.
The names of the files for the shape isomers are "exc_????.dat", i.e., they
begin with "exc_" instead of "grn_".
Each of these data files begins with 20-line explanation of the contents of
the file. All these explanation lines begins with a character "%" in the first
column.
- exc_ener.dat
: Energy-related quantities, i.e., atomic masses, nuclear binding energies,
Fermi levels, and pairing gaps.
- exc_mom2.dat
: R.m.s. radii and quadrupole moments for protons and for neutrons.
- exc_add1.dat
: R.m.s. radius and quadrupole moment for mass distribution,
Mass/proton/neutron deformation parameters "delta" defined as
3 Q / 4 < r^2 >.
- exc_mom4.dat
: Hexadecapole moments for protons and for neutrons.
- exc_defo.dat
: Shape (deformation) parameters for mass distribution, i.e.,
R0, a20, a22, a40, a42,
a44, and rho0. The definition
of these parameters are given in the paper.
- exc_defp.dat
: Shape parameters for the distribution of protons.
- exc_defn.dat
: Shape parameters for the distribution of neutrons.
- exc_skin.dat
: Skin thickness.
- exc_halo.dat
: Halo radius.
- exc_part.dat
: Expectation values of partial Hamiltonians, i.e., kinetic
energy, spin-orbit energy, pairing energy, and Coulomb energy.