Boron 8

This directory contains the results of HF calculations for Boron 8:
HF calculations were done with the Skyrme S3, SG2, and SkM* forces
in the Catresian-mesh representation with mesh size=0.5fm 
and box=0.5fm*(23,23,24)*8 ("8" is for the D_{2h} symmetry).

        * * * * * Summary of the results of the calculations * * * * *

       Z N  ENERGY   e2_t   e2_P  e2_N          r_tot     r_p    r_n
S3   P 5 3 -40.462  0.296  0.274  0.343  -0.000  17.674  2.3662  2.4721 2.1784
S3   O 5 3 -39.946 -0.166 -0.158 -0.186 180.000   9.672  2.3342  2.4412 2.1440
SG2  P 5 3 -47.507  0.317  0.294  0.365  -0.000  18.984  2.3693  2.4673 2.1963
SG2  O 5 3 -46.905 -0.175 -0.167 -0.192 180.000  10.154  2.3300  2.4293 2.1545
SkM* P 5 3 -42.804  0.265  0.246  0.307  -0.000  16.601  2.4216  2.5276 2.2338
SkM* O 5 3 -42.498 -0.154 -0.144 -0.175 180.000   9.422  2.3937  2.5004 2.2043

Explanation of the columns of the above table:
**forces**
S3 = SIII force, SG2 = SGII force, SkM* = SkM* force
**shapes**
P= Prolate solution, O = Oblate solution
**ENERGY : in MeV**
**Q : quadrupole moment (fm^2)**
**quadrupole deformation parameters**
e2_t   := 3* <2* z^2 -x^2 - y^2>_(mass) / 4*< r^2 >_(mass)
e2_P   := 3* <2* z^2 -x^2 - y^2>_(proton) / 4*< r^2 >_(proton)  
e2_N   := 3* <2* z^2 -x^2 - y^2>_(neutron) / 4*< r^2 >_(neutron)  
**r.m.s. radii (fm)**
r_tot  := sqrt( < r^2 >_(nucleon) /A )
r_p    := sqrt( < r^2 >_(proton) / Z )
r_n    := sqrt( < r^2 >_(neutron) / N )

HF+BCS SIII, T=50 keV, prolate solution
HF+BCS SIII, T=50 keV, oblate solution
HF+BCS SG2, T=50 keV, prolate solution
HF+BCS SG2, T=50 keV, oblate solution
HF+BCS SkM*, T=50 keV, prolate solution
HF+BCS SkM*, T=50 keV, oblate solution