Reduced Electric-Octupole Transition Probabilities, B(E3:0(1)+ ---> 3(1)-), for Even-Even Nuclides throughout the Periodic Table
198950 pages
Published in:
- Atom.Data Nucl.Data Tabl. 42 (1989) 55-104
- Published: 1989
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Abstract: (Elsevier)
Adopted values for the excitation energy, E x (3 1 − ), of the first 3 − state of even-even nuclides are tabulated. Values of the reduced electric-octupole transition probability, B ( E 3;0 1 + → 3 1 − ), from the ground state to this state, as determined from Coulomb excitation, lifetime measurements, inelastic electron scattering, deformation parameters β 3 obtained from angular distributions of inelastically scattered nucleons and light ions, and other miscellaneous procedures are listed in separate tables. Adopted values for B ( E 3;0 1 + → 3 1 − ) are presented in the final table, together with the E 3 transition strengths, in Weisskopf units, and the product E x (3 1 − ) × B ( E 3;0 1 + → 3 1 − ), expressed as a percentage of the energy-weighted E 3 sum-rule strength. An evaluation is made of the reliability of B ( E 3;0 1 + → 3 1 − ) values deduced from deformation parameters β 3 . The literature has been covered to March 1988.References(30)
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