THERMODYNAMICS OF NICKEL FERRITE AND ALUMINATEROG G.1976; ROCZ. CHEM.; POLSKA; DA. 1976; VOL. 50; NO 1; PP. 147-149; ABS. POL.; BIBL. 6 REF.Article

ETUDE SUR LES PROPRIETES THERMODYNAMIQUES DES OXYDES PAR LA TECHNIQUE DE LA PILE ELECTROCHIMIQUEROG G.1976; ZESZ. NAUK. AKAD. GORN.-HUTN. STANISLAWA STASZICA; POLSKA; DA. 1976; NO 543; PP. 1-138; ABS. ANGL. RUSSE; BIBL. 5 P. 1/2Serial Issue

THE APPLICATION OF SOLID ELECTROLYTES TO THE THERMODYNAMIC STUDY OF SOME ALKALINE EARTHS SILICATES.ROG G.1977; ELECTROCHIM. ACTA; G.B.; DA. 1977; VOL. 22; NO 7; PP. 697-699; BIBL. 6 REF.Article

DETERMINATION OF DISSOCIATION PRESSURE OF SOLID SOLUTIONS NIO-LI₂O BY MEASUREMENTS OF EMF OF SOLID GALVANIC CELLSDEREN J; ROG G.1975; BULL. ACAD. POLON. SCI., SCI. CHIM.; POLOGNE; DA. 1975; VOL. 23; NO 5; PP. 437-444; ABS. RUSSE; BIBL. 5 REF.Article

THERMODYNAMICS OF IRON ORTHOSILICATEROG G; KOZINSKI S.1983; JOURNAL OF CHEMICAL THERMODYNAMICS; ISSN 0021-9614; GBR; DA. 1983; VOL. 15; NO 2; PP. 111-113; BIBL. 13 REF.Article

THE DETERMINATION OF THERMODYNAMIC FUNCTIONS OF MIXING IN THE SYSTEM NIO-MNO BY SOLID ELECTROLYTE CELL TECHNIQUELABUS S; ROG G.1975; ROCZ. CHEM.; POLSKA; DA. 1975; VOL. 49; NO 2; PP. 339-345; ABS. POL. RUSSE; BIBL. 8 REF.Article

FONCTIONS THERMODYNAMIQUES INTEGRALES DE MELANGE DU SYSTEME NIO-CUODEREN J; ROG G.1974; ZESZ. NAUK. AKAD. GORN.-HUTN. STANISLAWA STASZICA; POLSKA; DA. 1974; NO 455; PP. 19-23; ABS. ANGL.; BIBL. 3 REF.Article

THERMODYNAMICS OF ZINC AND COBALT SILICATESKOZLOWSKA ROG A; ROG G.1979; POLISH J. CHEM.; POL; DA. 1979; VOL. 53; NO 10; PP. 2083-2086; ABS. POL; BIBL. 11 REF.Article

THE APPLICATION OF NASICON (NA₃ZR₂SI₂PO₁₂) TO THE THERMODYNAMIC STUDY OF BETA-ALBUMINAROG G; KOZINSKI S; KOZLOWSKA ROG A et al.1983; ELECTROCHIM. ACTA; ISSN 0013-4686; GBR; DA. 1983; VOL. 28; NO 1; PP. 43-45; BIBL. 13 REF.Article

SOLID OXIDE GALVANIC CELLS INVOLVING EXCHANGED BETA-ALUMINA ELECTROLYTEROG G; KOZINSKI S; KOZLOWSKA ROG A et al.1981; ELECTROCHIM. ACTA; ISSN 0013-4686; GBR; DA. 1981; VOL. 26; NO 12; PP. 1819-1821; BIBL. 12 REF.Article

PHYSICO-CHEMICAL STUDIES OF NIO-LI₂O SYSTEM. III. THERMODYNAMIC PROPERTIESDEREN J; REKAS M; ROG G et al.1972; ROCZ. CHEM.; POLSKA; DA. 1972; VOL. 46; NO 10; PP. 1837-1842; ABS. POL. RUSSE; BIBL. 4 REF.Serial Issue

DETERMINATION OF DEFECT STRUCTURE IN A SLIGHTLY REDUCED RUTILE USING COULOMETRIC TITRATION METHOD.KOZLOWSKA ROG A; KOZINSKI S; ROG G et al.1976; ROCZ. CHEM.; POLSKA; DA. 1976; VOL. 50; NO 12; PP. 2153-2158; ABS. POL. RUSSE; BIBL. 13 REF.Article

Determination of the standard molar Gibbs energy of formation of lanthanum zirconate by a galvanic cell involving lanthanum β-alumina electrolyteROG, G; KOZŁOWSKA-ROG, A.Journal of chemical thermodynamics. 2002, Vol 34, Num 8, pp 1311-1315, issn 0021-9614, 5 p.Article

DETERMINATION OF THE STANDARD GIBBS FREE ENERGIES OF FORMATION OF THE SILICATES OF COBALT, MAGNESIUM, AND STRONTIUM BY E.M.F. MEASUREMENTSROG G; LANGANKE B; BORCHARDT G et al.1974; J. CHEM. THERMODYNAM.; G.B.; DA. 1974; VOL. 6; NO 12; PP. 1113-1119; BIBL. 28 REF.Article

RELATION BETWEEN THE PHYSICOCHEMICAL, ELECTRONIC AND CATALYTIC PROPERTIES OF NICKEL OXIDE DOPED WITH CHROMIUMDEREN J; RUSSER B; NOWOTNY J et al.1974; J. CATALYS.; U.S.A.; DA. 1974; VOL. 34; NO 1; PP. 124-131; BIBL. 25 REF.Article

Determination of the activities of cobalt and nickel orthosilicates in {xCo₂SiO₄ + (1 - x) Ni₂SiO₄} using a solid-state galvanic cell methodROG, G; KOZŁOWSKA-ROG, A.Journal of chemical thermodynamics. 2002, Vol 34, Num 8, pp 1151-1156, issn 0021-9614, 6 p.Article

Electrochemical properties of ZrO₂-Y₂O₃-TiO₂ ceramicsROG, G; BORCHARDT, G.Ceramics international. 1996, Vol 22, Num 2, pp 149-154, issn 0272-8842Article

Determination of the activites in the mixture {xCuO+ (1-x)NiO} by solid-electrolyte galvanic cells in the temperature range 1170 K to 1370 KROG, G; KOZŁOWSKA-ROG, A.Journal of chemical thermodynamics. 1995, Vol 27, Num 7, pp 735-740, issn 0021-9614Article

Zinc sodium and nickel sodium beta″-polyaluminates. Preparation properties and application to the solid oxide galvanic cellsRŌG, G; KOZLOWSKA-RŌG, A.Electrochimica acta. 1985, Vol 30, Num 3, pp 335-339, issn 0013-4686Article

Determination of the standard molar Gibbs energy of formation of calcium zirconate by a galvanic cell involving calcium-ion conducting solid electrolyteROG, G; POTOCZEK-DUDEK, M.Journal of chemical thermodynamics. 2001, Vol 33, Num 1, pp 77-82, issn 0021-9614Article

Determination of the activities in {xMnO + (1 - x)NiO} by solid-electrolyte galvanic cells in the temperature range 973 K to 1173 KROG, G; KOZŁOWSKA-ROG, A.Journal of chemical thermodynamics. 1997, Vol 29, Num 3, pp 305-310, issn 0021-9614Article

Determination of the standard molar Gibbs free energies of formation of the manganese silicates by e.m.f. measurementsROG, G; PYCIOR, W.Journal of chemical thermodynamics. 1987, Vol 19, Num 4, pp 381-384, issn 0021-9614Article

Thermodynamic properties of solid solutions of silica in forsterite (Mg₂Si_1+γO_4+2γ) = Propriétés thermodynamiques de solutions solides de silice dans la forstérite, Mg₂Si_1+γO_4+γROG, G; BORCHARDT, G.Journal of solid state chemistry (Print). 1987, Vol 71, Num 1, pp 172-175, issn 0022-4596Article

Thermodynamics of nickel orthosilicateROG, G; BORCHARDT, G.Journal of chemical thermodynamics. 1984, Vol 16, Num 12, pp 1103-1105, issn 0021-9614Article

The standard Gibbs free energy of formation of calcium chromium (III) oxide in the temperature range (1073 to 1273) KROG, G; KOZLOWSKA-ROG, A; DUDEK, M et al.Journal of chemical thermodynamics. 2007, Vol 39, Num 2, pp 275-278, issn 0021-9614, 4 p.Article