formations,
or TYPE = 1 or 2 for nuclear deformations: deformation of non-central
forces is not yet implemented.

<P><P>
<BR>

<P>
For Nuclear deformations P(k) = DEF(k), the deformation lengths (in fm.).
(P0 = DEF(0) for <EM>inelastic</EM> monopoles.)

<P>
For Coulomb deformations P(k) = Mn(Ek), the intrinsic reduced matrix elements
in units of <SPAN CLASS="MATH"><IMG
 STYLE=""
 SRC="img109.svg"
 ALT="$e.fm^k$"></SPAN> (P0 gives Mn(0) for <EM>inelastic</EM> monopoles).
These intrinsic matrix elements Mn(Ek