Abstract
Nuclear anapole moments and axial neutral currents are calculated for a set of nuclei. The accuracy of the leading approximation is studied in detail. The core polarization renormalizing both the anapole moment and the axial current is treated in the random-phase approximation with effective forces. Parameters of parity-violating nuclear forces are discussed. The experimental value of the anapole moment of the 133Cs nucleus as extracted from data with allowance for axial-current renormalization is found to be κ=0.39±0.06.
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