The thermodynamics of adsorption are discussed with an emphasis placed on phenomena
vital to understanding gas adsorption on metal–organic frameworks (MOFs). This chapter …

… on the adsorption thermodynamics that is related to the shape of the nanoparticles that make
up the nanomaterial, but the effects of shape on the thermodynamics of adsorption are not …

… In Chapter 4, the important terms for the description of the thermodynamics of mixtures are
explained, including the gE mixing rules, which have become the main progress of modern …

… Although geometrical representations of propositions in the thermodynamics of fluids are
in general use, and have done good service in disseminating clear notions in this science, yet …

… Molecular interpretations of the thermodynamics of unfolding are reviewed. Protein
unfolding is affected by ligand-binding, pH, and denaturants. The clearest interpretations of …

The thermodynamics of spinodal decomposition is presented in detail on the basis of Hillert's
one‐dimensional model. The flux equation governing the initial kinetics of such processes …

Some methodological aspects of the thermodynamics of dielectrics are discussed. In particular,
it is noted that in the general case neither the electric displacement D nor the electric …

… Finally, the Richardson effect, the Fermi–Dirac and Bose–Einstein quantum gases, “black
body radiation,” and the thermodynamics of phonons are presented. Most users of this …

… The measurements of the thermodynamics of hydration are here extended to include
three phenols which are weaker acids than phenol itself in water. …

… Because these facts imply that the thermodynamics of polyolefins are controlled by packing
effects, here we shall critically evaluate the connection between chain architecture, packing, …