An alternative definition of the 'components' has been offered without mentioning the 'composition of each of the phases' end 'restrictions'. The number or components is equal to the number of chemical speaks except when (1) ono or more of the chemical species break down to products In more than one phase and (2) the reactive chemical species are taken in a stoichiometric ratio
An algebraic formulation for an equal area rule to determine phase compositions in simple reactive s...
In this article are discussions of a few subjects that did not make it into the text for various rea...
In the last installment of Phase Rules [1] considerable time was devoted to the relationship between...
In response to difficulties in understanding the notion of chemical substance at issue in Gibbs’ pha...
Precise definitions of the terms 'phase' and 'component' are essential for a successful application ...
After a critical analysis of the literature, the traditional formulation of the phase rule proposed ...
We review various generalizations of the phase rule. The possibility of changing the number of field...
One component systems are treated from the point of view of the Gibbs\u27 phase rule
The study of chemical equilibria has been prosecuted with considerable activity, and valuable addtio...
Abstract The Gibbs phase rule relating the number of degrees of freedom f of a system to the number ...
The second chapter of the Case text on the phase rule, this time dealing with two component systems,...
The Phase Rule and its Application to Problems of Luminescence and Ionisation of Gases
Many of the engineering materials possess mixtures of phases, e.g. steel, paints, and composites. Th...
The rule of phases for systems with fixed components and variance of phase processes in such systems...
Phase diagrams of two components is the second installment in the series Phase Rules that has the go...
An algebraic formulation for an equal area rule to determine phase compositions in simple reactive s...
In this article are discussions of a few subjects that did not make it into the text for various rea...
In the last installment of Phase Rules [1] considerable time was devoted to the relationship between...
In response to difficulties in understanding the notion of chemical substance at issue in Gibbs’ pha...
Precise definitions of the terms 'phase' and 'component' are essential for a successful application ...
After a critical analysis of the literature, the traditional formulation of the phase rule proposed ...
We review various generalizations of the phase rule. The possibility of changing the number of field...
One component systems are treated from the point of view of the Gibbs\u27 phase rule
The study of chemical equilibria has been prosecuted with considerable activity, and valuable addtio...
Abstract The Gibbs phase rule relating the number of degrees of freedom f of a system to the number ...
The second chapter of the Case text on the phase rule, this time dealing with two component systems,...
The Phase Rule and its Application to Problems of Luminescence and Ionisation of Gases
Many of the engineering materials possess mixtures of phases, e.g. steel, paints, and composites. Th...
The rule of phases for systems with fixed components and variance of phase processes in such systems...
Phase diagrams of two components is the second installment in the series Phase Rules that has the go...
An algebraic formulation for an equal area rule to determine phase compositions in simple reactive s...
In this article are discussions of a few subjects that did not make it into the text for various rea...
In the last installment of Phase Rules [1] considerable time was devoted to the relationship between...
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