## A study of the isospin form of the electromagnetic operator |

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1/2 transitions allowed B-decay analog and antianalog Antianalog Levels assumptions Blin-Stoyle branching ratio C.G. coefficients Clebsch-Gordon coefficients Conclusions considered decay deformed nuclei demonstrated derived Doppler shift E.M. OPERATOR electromagnetic operator electron scattering experiments excitation energy experimental data experimentally measured expression 29 extracted ft value given ground inhibited initial and final Insertion ISOSPIN FORM isospin mixing amplitude isospin mixing effect isospin mixing term isotensor effect isovector matrix element log ft lowest magnetic mass 13 mass number mean lifetime measured values method described Mev level mirror nuclei Ml type neutron Nilsson wave functions Nucl Nuclear Physics obtained off-diagonal on-diagonal matrix element orthogonality property phase Phys quoted in Section radiative capture recently reduced matrix element ry(Ml ryth Section 1.2 selection rules shell model calculations spin suggested in Section T-l T-l uncertainty upper limit value of A^/A value of Ty Wigner-Eckart theorem y-decay width y-Radiation y-transitions y-width