Charmless Hadronic Two-body Decays of the B_s Mesons
arXiv:hep-ph/9809364 · doi:10.1103/PhysRevD.59.074003
Abstract
Two-body charmless nonleptonic decays of the B_s meson are studied within the framework of generalized factorization in which factorization is applied to the tree level matrix elements while the effective Wilson coefficients are and renormalization scheme independent, and nonfactorizable effects are parametrized in terms of N_c(LL) and N_c(LR), the effective numbers of colors arising from (V-A)(V-A) and (V-A)(V+A) four-quark operators, respectively. Branching ratios of decays are calculated as a function of N_c(LR) with two different considerations for N_c(LL). We find that (i) the electroweak penguin contributions account for about 85% (for N_c(LL)=2) of the decay rates of , which receive contributions only from tree and electroweak penguin diagrams; a measurement of them will provide a clean determination of the electroweak penguin coefficient a_9, (ii) electroweak penguin corrections to $B_s\toω\etapp,ϕη,ωϕ,K^{(*)}ϕ,ϕϕ$ are in general as significant as QCD penguin effects and even play a dominant role; their decay rates depend strongly on N_c(LR), (iii) the branching ratio of is of order 2x10^{-5}, (iv) the contribution from the charm content is important for , but less significant for , and (v) the decay rates for the final states follow the pattern: , as a consequence of various interference effects between the penguin amplitudes governed by the coefficients a_4 and a_6.
29 pages. Table V is revised and a typo in Eq.(3.3) is corrected. To appear in Phys. Rev. D
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