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A scaling law is derived which allows universal curves to be given for the differential and total cross section for K-shell excitation via 2pg-2pn coupling in ion-atom collisions. The scaling law is tested by comparison with ah initio calculations using both Hartree-Fock and hydrogenic molecular orbitals. and with experiment.

It is found for the weak-coupling case of the Bohr and Mottelson collective model, that the inclusion in the Lande formula single particle g factors of core rotation effects gives an incorrect contribution to the odd-odd nuclear moment. A correction term is proposed.

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