Life-Time of the 6^+ State in ^<50>Ti

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概要

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• The lifetime of the 6^+ state in ^<50>Ti was measured by means of the beta-gamma delayed coincidence method in the decay of ^<50>Sc, produced by the 14 MeV neutron bombardment of natural titanium. The 520 keV (6^+&roar;4^+) gamma-ray from the 3197 keV level in ^<5.>Ti has been found to decay with a half-life T_<1/2>=0.41±0.02 ns. An experimental B(E2) value of 36±2e^2 fm^4 is hence obtained as well as a value for the polarization charge similar to that of ^<42>Ca, leading to the conclusion that the polarization charge has nearly the same value for both the f_<7/2> proton and neutron.

• 社団法人日本物理学会の論文
• 1973-03-05

著者

• GIL Carmen

  Department of Physics, University of Tokyo

• Gil Carmen

  Department Of Physics University Of Tokyo

関連論文

• The Decay of ^Sb
• A New Short-Lived Isomer in ^Sb
• Decays of ^Sb and ^Sb
• Life-Time of the 6^+ State in ^Ti
• E2 Core Polarization in ^Mo by Lifetime Measurement of the 6^+ State

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