Developments in lattice-hole based equations of state and their applications to complex fluids

Lattice-hole based equations of states are known to describe behaviors of complex fluids. These equations are derived from Guggenheim combinatory with assumptions. In this study, developments of lattice-hole theories were reviewed for the assumption on the nonrandomness, the explicitness of the solution, and the model parameters. Also reviewed were group contribution methods based on lattice-hole equations of state.