most citedThe dispersive contribution of decays and X(1576)

22 citations · 68 across the 4 of their papers we have counts for

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hep-ph200966 cited

The puzzle of excessive non- component of the inclusive decay and the long-distant contribution

Xiang Liu, Bo Zhang, Xue-Qian Li

In this letter we suggest that the obvious discrepancy between theoretical prediction on the decays of and data is to be alleviated by taking final…

hep-ph200816 cited

The two-body open charm decays of

Xiang Liu, Bo Zhang, Shi-Lin Zhu

The two-body open charm decays occur through the re-scattering mechanism and their branching ratios are stro…

hep-ph200710 cited

What can we learn from the decay of in molecule picture?

Xiang Liu, Bo Zhang

Considering two molecular state assumptions, i.e. S-wave and S-wave molecular states, we study the possible decays of that include $\bar…

hep-ph200722 cited

The dispersive contribution of decays and X(1576)

Bo Zhang, Xiang Liu, Shi-Lin Zhu

We study whether the broad enhancement X(1576) arises from the final state interaction (FSI) of decays. We consider both the absorptive and d…

hep-ph200720 cited

X(1576) and the Final State Interaction Effect

Xiang Liu, Bo Zhang, Lei-Lei Shen +1

We study whether the broad peak X(1576) observed by BES Collaboration arises from the final state interaction effect of decays. The interference effect could produce…

hep-ph200673 cited

The Hidden Charm Decay of and Final State Interaction Effects

Xiang Liu, Bo Zhang, Shi-Lin Zhu

We investigate whether the final state interaction (FSI) effect plays a significant role in the large hidden charm decay width of X(3872) and Y(3940) using a model. Our numerical r…