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A unified formula on multiplicity distributions of final-state particles is studied in this paper to describe a variety of experimental data including multiplicity, mass, transverse mass, excitation energy, transverse energy, and transverse momentum distributions. It is assumed that the sources of final-state particles are subjected to the multi-source thermal model and the contributions of sources...
The paper presents a modelling description to multiplicity distributions of final-state particles measured in different collision systems at different center-of-mass energies. As examples distributions of charged particles (hadrons) measured in e+e−, pp, pp¯, and e+p collisions are presented and good agreement between the calculation and the data is found. Meanwhile, distributions of final-state particles...
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