We review various generalizations of the phase rule. The possibility of changing the number of field variables and of finding phases with the same composition at equilibrium, the existence of critical and multicritical phases, and the symmetry properties of intermolecular interactions are taken into account
The recent paper cited above claims that a molecular simulation of one specific model of supercooled...
The Phase Rule and its Application to Problems of Luminescence and Ionisation of Gases
This paper is the second in a series[1] that looks at the theory of the phases of matter from the pe...
We review various generalizations of the phase rule. The possibility of changing the number of field...
After a critical analysis of the literature, the traditional formulation of the phase rule proposed ...
Abstract The Gibbs phase rule relating the number of degrees of freedom f of a system to the number ...
In response to difficulties in understanding the notion of chemical substance at issue in Gibbs’ pha...
ABSTRACT In recent years the author has advanced a conceptual structure based on the generalization ...
The study of chemical equilibria has been prosecuted with considerable activity, and valuable addtio...
An alternative definition of the 'components' has been offered without mentioning the 'composition o...
Various phase transitions occurring in polymeric systems are reviewed with 34 refs. from the standpo...
The second chapter of the Case text on the phase rule, this time dealing with two component systems,...
In the last installment of Phase Rules [1] considerable time was devoted to the relationship between...
A generalization of the original Gibbs phase rule is proposed in order to study the presence of sing...
Precise definitions of the terms 'phase' and 'component' are essential for a successful application ...
The recent paper cited above claims that a molecular simulation of one specific model of supercooled...
The Phase Rule and its Application to Problems of Luminescence and Ionisation of Gases
This paper is the second in a series[1] that looks at the theory of the phases of matter from the pe...
We review various generalizations of the phase rule. The possibility of changing the number of field...
After a critical analysis of the literature, the traditional formulation of the phase rule proposed ...
Abstract The Gibbs phase rule relating the number of degrees of freedom f of a system to the number ...
In response to difficulties in understanding the notion of chemical substance at issue in Gibbs’ pha...
ABSTRACT In recent years the author has advanced a conceptual structure based on the generalization ...
The study of chemical equilibria has been prosecuted with considerable activity, and valuable addtio...
An alternative definition of the 'components' has been offered without mentioning the 'composition o...
Various phase transitions occurring in polymeric systems are reviewed with 34 refs. from the standpo...
The second chapter of the Case text on the phase rule, this time dealing with two component systems,...
In the last installment of Phase Rules [1] considerable time was devoted to the relationship between...
A generalization of the original Gibbs phase rule is proposed in order to study the presence of sing...
Precise definitions of the terms 'phase' and 'component' are essential for a successful application ...
The recent paper cited above claims that a molecular simulation of one specific model of supercooled...
The Phase Rule and its Application to Problems of Luminescence and Ionisation of Gases
This paper is the second in a series[1] that looks at the theory of the phases of matter from the pe...
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