The E5 Transition in 117Snm

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タイトル別名
  • The <I>E</I>5 Transition in <SUP>117</SUP>Sn<SUP>m</SUP>
  • E5 Transition in 117Snm

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In 117Snm an E5 γ transition between the 314.2 keV (11/2) and the ground (1/2+) states was observed by using a Compton suppression spectrometer. Its branching ratio was found to be (4.9±1.1)×10−6. A B(E5) value obtained here is (2.9±0.6)×104 e2fm10. An effective charge of the E5 γ transition was deduced to be (0.23±0.03)e in Weisskopf estimate. This is of the same magnitude as those in 113Cdm and 123Tem. In the single particle unit the effective charge was obtained to be (0.089±0.010)e by using the 1h11⁄2 and 3s1⁄2 wave functions deduced from the Woods-Saxon potential. A core polarization charge due to the 5 state at 2367 keV in 116Sn was calculated to be 0.11e, by taking into accounts of the effects due to the pairing.

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