International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la structure des diagrammes de phases. Notre but est d'unifier et généraliser les résultats classiques (Schreinemakers, 1915-1925; Korzhinskii, 1959; Zen, 1966, etc.) tout en leur donnant un fondement théorique nouveau. Notre démarche consiste à toujours considérer un diagramme comme un tout, et non comme la superposition d'éléments indépendants, et d'exploiter le plus possible et avant tout les données les plus accessibles et fiables, en particulier les compositions des phases
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceDans de nombreuses applications des matériaux (organiques, inorganiques, métal...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceNous proposons ici un nouveau concept thermodynamique utile pour obtenir la st...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceFrom a reaction matrix of a system with n independent components and n + k pha...
International audienceDans de nombreuses applications des matériaux (organiques, inorganiques, métal...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...
This paper discusses new algebraic methods to predict the qualitative structure of (P, T) and simila...