A superstatistical model for dense ion traps predicts a density-dependent q-Maxwellian velocity distribution with q going to 1 at low density and to 7/5 at infinite density.
This is the case where the densityn takes on the largest achiev- able value nmax that is reachable in the experiment
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Anomalous velocity distributions in slow quantum-tunneling chemical reactions
A superstatistical model for dense ion traps predicts a density-dependent q-Maxwellian velocity distribution with q going to 1 at low density and to 7/5 at infinite density.