Titre :	An introduction to non-electrolyte solutions
Type de document :	texte imprimé
Auteurs :	A. G. Williamson, Auteur
Editeur :	London : Oliver & Boyd
Année de publication :	1967
Collection :	University chemical texts
Importance :	ix, 188 p.
ISBN/ISSN/EAN :	978-0-05-001556-8
Langues :	Anglais (eng)
Catégories :	Technologies, Méthodes, Réactions
Tags :	SOLUTION-Chemistry
Note de contenu :	"Preface*Introduction and definitions: Definition and classification of solutions; composition scales;mass fraction; mole fraction; volume fraction; moality and concentration; phase diagrams* Observed behaviour of mixtures and solutions; Gaseous mixtures; solubility of liquids in liquids; solutions of solidsin liquids; freezing point depression;dilute solutions; depression of vapour pressure and elevation of boiling point by involatile solutes; osmotic pressure; mixtures of volatile liquids;fractional distillation;Liquid-vapour equilibrium in partially miscilble systems; Thermal effects in liquid mixtures; directions of deviations from Raoul's law; solutions of gases in liquid * Thermodynamic behaviour of mixtures and solutions: Introduction; partial molar properties; equations of state for gases; themodynamic properties of the perfect gas; mixtures of perfect gases; imperfect gases; mixtures of real gases; ideal mixingof imperfect gases, mixtures of liquids; excess fucntions and activity coefficients;relations between activity coeffecients, thermodynamic properties at constant volume, Henry's law; Azeotrope formation; Critical solution temperatures; Distribution of a solute between two immiscible solvents; solubility of solids in liquids; Freezing points of solutions; Elevation of boiling point; osmotic pressures * Experimental methods: Dynamic vapour pressure measurements; static methods; isopiestic methods; gas chromatographic methods;heats of mixing; volumes of mixing; thermal pressure coefficients, patial miscibility of liquids; Solid-*liquid equilibria; osmotic pressures; other properties * Theoretical aspects of non-electrolyte solutions: Introduction; Intermolucar sources; repulsions between molecules; interactions between unlike molecules; the liquid state; The solubility parameter treatment of mixtures; Comparison of solubility parameter and regular solutions treatments with experiment; Simple lattice theory; Solutions of polymers; Cell theory of mixtures; Application of the principle of corresponding states"
Cote :	B-B115 (SdS)
Num_Inv :	494

An introduction to non-electrolyte solutions [texte imprimé] / A. G. Williamson, Auteur . - London : Oliver & Boyd, 1967 . - ix, 188 p.. - (University chemical texts) .
ISBN : 978-0-05-001556-8
Langues : Anglais (eng)

Catégories :	Technologies, Méthodes, Réactions
Tags :	SOLUTION-Chemistry
Note de contenu :	"Preface*Introduction and definitions: Definition and classification of solutions; composition scales;mass fraction; mole fraction; volume fraction; moality and concentration; phase diagrams* Observed behaviour of mixtures and solutions; Gaseous mixtures; solubility of liquids in liquids; solutions of solidsin liquids; freezing point depression;dilute solutions; depression of vapour pressure and elevation of boiling point by involatile solutes; osmotic pressure; mixtures of volatile liquids;fractional distillation;Liquid-vapour equilibrium in partially miscilble systems; Thermal effects in liquid mixtures; directions of deviations from Raoul's law; solutions of gases in liquid * Thermodynamic behaviour of mixtures and solutions: Introduction; partial molar properties; equations of state for gases; themodynamic properties of the perfect gas; mixtures of perfect gases; imperfect gases; mixtures of real gases; ideal mixingof imperfect gases, mixtures of liquids; excess fucntions and activity coefficients;relations between activity coeffecients, thermodynamic properties at constant volume, Henry's law; Azeotrope formation; Critical solution temperatures; Distribution of a solute between two immiscible solvents; solubility of solids in liquids; Freezing points of solutions; Elevation of boiling point; osmotic pressures * Experimental methods: Dynamic vapour pressure measurements; static methods; isopiestic methods; gas chromatographic methods;heats of mixing; volumes of mixing; thermal pressure coefficients, patial miscibility of liquids; Solid-*liquid equilibria; osmotic pressures; other properties * Theoretical aspects of non-electrolyte solutions: Introduction; Intermolucar sources; repulsions between molecules; interactions between unlike molecules; the liquid state; The solubility parameter treatment of mixtures; Comparison of solubility parameter and regular solutions treatments with experiment; Simple lattice theory; Solutions of polymers; Cell theory of mixtures; Application of the principle of corresponding states"
Cote :	B-B115 (SdS)
Num_Inv :	494