A coherent study of , and
arXiv:hep-ph/0508086 · doi:10.1103/PhysRevD.72.074001
Abstract
We investigate the decays of into vector meson pairs (), pseudoscalar pairs (), and scalar pairs () in a general factorization scheme. The purpose is to clarify the role played by the OZI-rule violations and SU(3) flavour breakings in the decay transitions, and their correlations with the final state meson wavefunctions. For and , we obtain an overall self-contained description of the experimental data. Applying this factorization to , where denotes , and , respectively, we find that specific patterns will arise from the model predictions for the decay branching ratio magnitudes, and useful information about the structure of those three scalars can be abstracted.
Revtex, 8 pages, 3 figures; Typos corrected, version accepted by Phys. Rev. D
References in corpus (7)
Cited by in corpus (21)
- The Status of Glueballs
- Branching fraction measurements of χ_{c0} and χ_{c2} to π^0π^0 and ηη
- Composition of the Pseudoscalar Eta and Eta' Mesons
- Decays of and into vector and pseudoscalar meson and the pseudoscalar glueball- mixing
- The evasion of helicity selection rule in and via intermediate charmed meson loops
- χ_{c0,2} decay into light meson pairs and its implication of the scalar meson structures
- A study of the Okubo-Zweig-Iizuka rule violations in
- Updated study of the and decays into light vector mesons
- chi_cJ Decays to h^+h^-h^0
- chi_{cJ} Decays to h^+h^-h^0
- Measurement of χ_cJ--> K+K-K+K-
- chi_c0 and chi_c2 Decays into eta eta, eta eta', and eta' eta' Final States
- Observation of OZI suppressed decays
- On the momentum-dependence of -nuclear potentials
- Probing scalar meson structures in decays into pseudoscalar and scalar
- Mixing in Decays
- Study of Scalar Mesons at BES-II
- Observation of and
- Low-lying exotic mesons in the coupled-channel formalism
- Study the decays of to light meson pairs with SU(3) flavor symmetry/breaking analysis
- Resonance contributions from in the charmless three-body hadronic meson decays