The nuclear g-factor of the 81(+) state in94Mo at Ex=2953 keV has been measured to be g=1.317 ±0.015 with the time differential PAD technique following the92Zr(α, 2n)94Mo reaction at Eα=24 MeV. This value fits fairly well with the present knowledge of magnetic moment systematics in the A≈ 90 region. An improved determination of the half life of this state has been obtained as t1/2= 98±2 nsec. © 1975 Springer-Verlag.
Measurements ofg-factor in94Mo
SIGNORINI, COSIMO;
1975
Abstract
The nuclear g-factor of the 81(+) state in94Mo at Ex=2953 keV has been measured to be g=1.317 ±0.015 with the time differential PAD technique following the92Zr(α, 2n)94Mo reaction at Eα=24 MeV. This value fits fairly well with the present knowledge of magnetic moment systematics in the A≈ 90 region. An improved determination of the half life of this state has been obtained as t1/2= 98±2 nsec. © 1975 Springer-Verlag.
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