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The subroutine SLS

This subroutine determines the value of the RCFP:

\begin{displaymath}
( l QLS \vert\vert\vert a^{(qls)} \vert\vert\vert l Q'L'S' )
\end{displaymath} (34)

for p -, d -, and f - shells (see (39) in P2 [4]). The routine uses the table of reduced matrix elements of the $a^{(qls)}$ tensor operator from P4 [6]). The subroutine has the following arguments:
  1. L is the orbital quantum number l.
  2. IT is the state number of the bra function (see Tables 1, 2).
  3. LQ is the quasispin Q for the bra function multiplied by two.
  4. LL is the total angular momentum L for the bra function multiplied by two.
  5. LS is the total angular momentum S for the bra function multiplied by two.
  6. ITS is the state number of the ket function.
  7. LQS is the quasispin Q for the ket function multiplied by two.
  8. LLS is the total angular momentum L for the ket function multiplied by two.
  9. LSS is the total angular momentum S for the ket function multiplied by two.
  10. S is the value of the reduced matrix element (34) which is returned by the subroutine.


next up previous
Next: The subroutine RWLS Up: SAI_SQLS1 Previous: The subroutine NINE
2001-12-07