The Energetics of Short-Lived and Long-Lived States of a Nonwetting Liquid Dispersed in a Nanoporous Material
摘要
The paper presents a method for determining the energetics of short-lived and long-lived metastable states of a nonwetting liquid dispersed in the pore space of a nanoporous material under the conditions of its partial initial and complete filling. The results of calculations of the energetics of short-lived and long-lived metastable states of a nonwetting liquid dispersed in a nanoporous material Fluka 100 C18 (60756) are given.