Ionisation equilibrium in the electron-proton gas

Abstract Using Fefferman's analysis of the quantum electron-proton gas, we give a rigorous proof of ionization equilibrium in this system. Ionization equilibrium phases are obtained as low-density and low-temperature limits, letting the chemical potentialmgr(T) approach the ground-state energy of the hydrogen atom as the temperatureT tends to zero. The rate of ionization is determined by the slope ofmgr(T) atT=0 and is correctly given by the Saha formula. We also discuss a simpler model where a single quantum particle interacts with a classical gas of hard spheres.


Published in:
Journal of Statistical Physics, 60, 5-6, 619-637
Year:
1990
Keywords:
Laboratories:




 Record created 2006-11-27, last modified 2018-12-03


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