PHENOMENOLOGICAL MODEL OF SPATIAL DISTRIBUTION OF WATER MOLECULES UNDER NORMAL CONDITIONS OR IN A SUPERCRITICAL STATE

The paper provides a brief description of the results of studies of the properties of water under normal conditions or in a supercritical state. The configuration of the electron shells of a water molecule under normal conditions is described. It is proposed to consider the distribution of molecular spheres (MS) of water as dense layered packings that quickly replace each other during their sedentary arrangement. It is shown that the proposed description of the MS distribution corresponds to the pair correlation function of water under normal conditions or in a supercritical state.