Gauge model of weak and electromagnetic interactions with the SU(3)xU(1)xU(1) symmetry

The gauge model of the weak and electromagnetic interactions of hadrons and leptons with the SU(3)xU(1)xU(1) symmetry group is suggested. Intermediate vector bosons are identified with the vector mesons of PSI(3,1), PSI(3,7), PSI(4,2). When diagonalizing a mass number, three arbitrary angles arise, which are fixed by the decay widths of vector bosons into lepton pairs. The masses of vector bosons and the Higgs mesons are restricted. It satisfies the rule Δ T=1/2 for nonlepton hadron decays. Introduced is the interaction of leptons with the Higgs scalars resulting in violation of the conservation laws of the μ and l lepton numbers. This permits to explain the μ → lj decay suppression in comparison with μ → all at a certain mass of the Higgs mesons. The comparison with the experimental data testifies to the lawfulness of the model suggested