Nuclear magnetic resonance on orientedRh105in Fe and Ni

Nuclear orientation study of97, 103, 105Ru in Fe

“…First, we want to point out, however, that the situation in the neighbouring rhodium is quite similar: In the odd Rh isotopes a 7/2 + state is known to appear at rather low excitation energies which has been interpreted as seniority 3 state arising from the rcg9/2 shell. This state, the excitation energy of which decreases from 201 keV in 99Rh to 40keV in l~ is the ground state of l~ Measurements of magnetic moments of such 7/2 + states in this mass region have shown that g(7/2 +) fits well into the systematics of rcg9/2 states [25]. This Supports the assignment of a (~cg9/2)3/2 + configuration to these states for which g(7/2 +) =g(Tzg9/z) is expected.…”