A finite-volume blast-wave model with Planck-transformed lab-frame temperatures and chemical potentials produces physically reasonable freeze-out parameters and volumes when fitted to pion pT data, while the conventional infinite-volume model yields infinite volumes and light-speed longitudinal flow
The local temperature and chemical potential in the rest frame of each fluid element are then obtained as spatially varying fields using the Planck transforma- tions
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Finite Volume Effects on Transverse Momentum Spectra at LHC and RHIC Using a Blast-Wave Model with Planck Transformed Temperatures
A finite-volume blast-wave model with Planck-transformed lab-frame temperatures and chemical potentials produces physically reasonable freeze-out parameters and volumes when fitted to pion pT data, while the conventional infinite-volume model yields infinite volumes and light-speed longitudinal flow