Key points are not available for this paper at this time.
It is shown that the theoretical equations of the preceding paper lead to the prediction that, in a finite density and temperature range above the temperature of disappearance of the meniscus, a range of microscopic densities are equally stable, and in a sealed bomb different densities may be observed at a given temperature and average density. The densities observed in various parts of the bomb will depend in a predictable way on its previous history. This is in agreement with the published results of O. Maass on systems in the neighborhood of the critical point.
Harrison et al. (Tue,) studied this question.