Sentence examples for physical equilibria from inspiring English sources

An extensive survey of published data and models concerning physical equilibria, kinetics, and heat transfer of the processes involved was conducted.

Exam 2 covered material from the middle third of the course and focused on chemical and physical equilibria.

Major considerations in the design and analysis of PTC systems are physical and chemical equilibria, as well as kinetic mechanisms and rates.

This is what economists have traditionally meant in talking about 'equilibria'; they read economic systems as being networks of mutually constraining (often causal) relations, just like physical systems, and the equilibria of such systems are then their endogenously stable states.

The optimisation of an innovative process where carbon dioxide (CO2) is used as raw material for the production of polyurethane precursors relies strongly on the physical properties and phase equilibria of the mixtures involved.

If Plato in the Philebus is more favorably disposed towards a hedonist stance than in some of his earlier works, he is so only to a quite limited degree: he regards pleasure as a necessary ingredient in human life, because both the physical and the psychic equilibria that constitute human nature are unstable.

We adapted Pitzer's model with three parameters for the interaction of ion-ammonia to represent the physical contribution; the chemical equilibria of multiple hydrations for NH3 and NH4Cl, multiple ammoniations for Mg2+ and association for NH4Cl MgCl2 H2O, using six chemical parameters provided the chemical contribution.

However, relatively few studies have examined the separation design properties, particularly, the phase equilibria and the physical properties for systems containing the reaction intermediate methyl phenyl carbonate (MPC).

The concentrations and ratios of the major elements determine the physical properties and the phase equilibria behavior of peridotites and basalts in response to the changing energy contents of the systems.

The behavior of the trace elements and isotopic features are influenced in their turn by the phase equilibria, by the physical character of the partial melting and partial crystallization processes, and by the way in which a magma interacts with its wall rocks.

Solubility and structural specificity were addressed with simple physical approximations of aggregation and conformational equilibria.