DOUBLE PHOTOIONIZATION .2. ANALYSIS OF EXPERIMENTAL TRIPLE DIFFERENTIAL CROSS-SECTIONS IN HELIUM AND NEON

We use the general formalism established in the companion paper I to a nalyse recent measurements of the triple differential cross sections f or double photoionization of He and Ne, for equal energy sharing and f or S-1(e) symmetry of the residual ion. A dynamical factor, which depe nds on the energy and on the mutual angle between the two electrons, i s extracted from the experiments without relying on any dynamical appr oximation. This factor is expanded with respect to the one-electron an gular momentum l, up to a maximum value l(max), which measures the deg ree of angular correlation attained by the electron pair. We discuss t he physical meaning of l(max), and the dependence of the dynamical fac tor on the target, which is observed when comparing helium and neon re sults.