svg"
 ALT="$\displaystyle F(r) = M(Ek) ~ e^2 ~ {\sqrt{4\pi} \over (2k+1)}~ r^{-k-1}$"></TD>
<TD>&nbsp;</TD>
<TD>&nbsp;</TD>
<TD CLASS="eqno" WIDTH=10 ALIGN="RIGHT">
(<SPAN CLASS="arabic">10</SPAN>)</TD></TR>
</TABLE></DIV>
where <SPAN CLASS="MATH"><IMG
 STYLE=""
 SRC="img138.svg"
 ALT="$e^2=1.440$"></SPAN>, and where this form factor will later be multiplied
by the charge number of the opposing nucleus.

<BR>= 10 : Nuclear multipoles are the deformation length DEF(k) = P(k)
times the derivative of the undef