PACIAE 4.0 simulations at √s=4.95 GeV produce order 10^{-4} yields for D-wave s s-bar and P-wave tetraquark candidates of φ(2170), with order-of-magnitude differences and distinct rapidity/pT spectra across candidates.
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PACIAE model with NRQCD singlet and octet channels plus rescatterings reproduces experimental J/ψ pT spectra in pp collisions at multiple LHC energies and quantifies mechanism contributions.
citing papers explorer
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Shedding light on the nature of $\phi(2170)$ with the parton and hadron cascade model PACIAE
PACIAE 4.0 simulations at √s=4.95 GeV produce order 10^{-4} yields for D-wave s s-bar and P-wave tetraquark candidates of φ(2170), with order-of-magnitude differences and distinct rapidity/pT spectra across candidates.
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Inclusive $J/\psi$ productions in pp collisions at $\sqrt{s}=$ 5.02, 7, and 13 TeV with the PACIAE model
PACIAE model with NRQCD singlet and octet channels plus rescatterings reproduces experimental J/ψ pT spectra in pp collisions at multiple LHC energies and quantifies mechanism contributions.