Abstract
A method of using the Bardeen–Cooper–Schrieffer (BCS) nuclear wave function to treat the two-nucleon mechanism for neutrinoless double beta decay process is proposed. The neutrinoless decay mode and the neutrinoless decay accompanied by a Majoron emission mode of are studied. Our calculated results show that to reproduce the experimental value of for neutrinoless double beta decai of , the Majorana neutrino mass and the mixing parameter of right-handed current In the emission with a Majoron mode the effective Majoron coupling to neutrino is deduced from the experimental value of for with the result .
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