Light-Cone Distribution Amplitudes of Axial-vector Mesons
arXiv:0705.0692 · doi:10.1016/j.nuclphysb.2007.03.046
Abstract
We have presented a detailed study of twist-2 and twist-3 light-cone distribution amplitudes of and axial-vector mesons, based on QCD conformal partial wave expansion. Applying equations of motion, the twist-three two-parton light-cone distribution amplitudes can be expressed in terms of leading-twist and twist-three three-parton light-cone distribution amplitudes. The relevant G-parity invariant and violating parameters, containing the corrections due to the SU(3) breaking effects, are evaluated from the QCD sum rule method. The results for axial-vector decay constants of states are presented. The values of tensor decay constants and Gegenbauer moments of the leading twist distribution amplitudes for states are updated. Using Gell-Mann-Okubo mass formula, the mixing angle for the and of states is , and that for and of states is . The detailed properties for physical states , and are given. Assuming the mixing angle between and to be or , we also give the detailed study for and . Using the conformal partial wave expansion, we obtain the models for light-cone distribution amplitudes, containing contributions up to conformal spin 9/2. It is interesting to note that some distribution amplitudes have significant asymmetric behaviors, which should be phenomenologically attractive.
77 pages. Typos corrected
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