ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7

Published monthly

Author: Matias

Low-temperature enzymatic hydrolysis resolution in mini-emulsion media	810	–	816
Nuno M. T. Lourenço, Sara C. Matias, Margarida C. Altas, and Luis P. Fonseca	Vol. 69, 6
Physicochemical properties of the molten system Na₃AlF₆-K₃AlF₆-Al₂O₃. 1. The temperature of primary crystallization	677	–	684
P. Fellner, M. Chrenková, J. Gabčová, and K. Matiašovský	Vol. 44, 5
Fusibility and structure of the NaF-rich melts in the NaF-NaAlSi₃O₈ and NaF-KAlSi₃O₈ systems	685	–	691
K. Grjotheim, V. Daněk, K. Matiašovský, and J. Stubergh	Vol. 44, 5
The electrical conductance and the structure of the NaF AlF₃ melts	743	–	751
J. Šiška, V. Daněk, K. Matiašovský, and A. Silný	Vol. 42, 6
Volume properties of the melts of the system KF-KCl-K₂TiF₆	753	–	761
V. Daněk, J. Šiška, and K. Matiašovský	Vol. 42, 6
Electrolytic metal-coating in molten-salts	527	–	565
K. Matiašovský, P. Fellner, M. Chrenková-Paučírová, Ž. Lubyová, and A. Silný	Vol. 41, 4
Chemical and phase compositions of boride layers grown on steel bases in molten-salts	153	–	166
M. Chrenková-Paučírová, P. Fellner, K. Matiašovský, and J. Krištín	Vol. 40, 2
Simultaneous addition of lithium fluoride and magnesium fluoride in the aluminum electrolysis	409	–	424
K. Grjotheim and K. Matiašovský	Vol. 37, 3
Electrical conductivity of molten LiCl—NaCl—KCl and LiCl—NaCl—KCl—AICI₃ mixtures	433	–	440
K. Matiašovský, G. Bräeutigam, M. Chrenková-Paučírová, P. Fellner, and G. Schulze	Vol. 34, 4
Calculation of the phase diagrams of multicomponent systems containing cryolite	805	–	812
P. Fellner, M. Chrenková-Paučírová, and K. Matiašovský	Vol. 30, 6
Phase diagram of the ternary system KBF₄—NaCl—KCl	841	–	846
V. Daněk, I. Votava, M. Chrenková-Paučírová, and K. Matiašovský	Vol. 30, 6
Reactions of potassium tetrafluoroborate in molten alkali chlorides	377	–	383
V. Daněk, I. Votava, and K. Matiašovský	Vol. 30, 3
Study of the system V₂0₅—Na₂0. II. Physicochemical properties of the molten V₂0₅—NaV0₃ mixtures	728	–	732
V. Daněk, I. Votava, K. Matiašovský, and J. Balajka	Vol. 28, 6
Multiple coordinates of the reference points of the concentration diagrams of multicomponent systems	468	–	477
M. Malinovský and K. Matiašovský	Vol. 28, 4
Cryometry in eutectic mixtures	201	–	203
P. Fellner and K. Matiašovský	Vol. 28, 2
Chemical reactions in molten Na₃AlF₆—Si0₂—Al₂0₃—AlF₃ mixtures	737	–	741
P. Fellner and K. Matiašovský	Vol. 27, 6
Electrical conductivity of molten binary Na₃AlF₆—NaCl and Na₃AlF₆—BaCl₂ mixtures	742	–	747
K. Matiašovský and V. Daněk	Vol. 27, 6
Study of the system V₂0₅—Na₂0. I. Phase diagram of the system V₂0_5-NaV0₃	748	–	751
V. Daněk, J. Balajka, and K. Matiašovský	Vol. 27, 6
Measurement of viscosity of fused salts. II. Viscosity of molten binary mixtures with a cryolite base	582	–	587
I. Votava and K. Matiašovský	Vol. 27, 5
Phase diagram of the system Li₃AlF₆—KCl. II. Experimental results	301	–	305
K. Matiašovský, I. Koštenská, and M. Malinovský	Vol. 27, 3
Some aspects of the electrolytic preparation of silicon alloys	165	–	171
K. Grjotheim, K. Matiašovský, and P. Fellner	Vol. 27, 2
Measurement of viscosity of fused salts. I. Method of measurement. Viscosity of Li₃AlF₆ and Na₃AlF₆	172	–	182
I. Votava and K. Matiašovský	Vol. 27, 2
Phase Diagram of the System Li₃AlF₆—KCl. I. Theory	31	–	35
M. Malinovský and K. Matiašovský	Vol. 26, 1
Double Layer Capacity Measurements in Molten Salts	36	–	40
P. Fellner and K. Matiašovský	Vol. 26, 1
Chemical Reactions in the System Na₃AlF₆—Si0₂—Al	249	–	252
K. Grjotheim and K. Matiašovský	Vol. 25, 4
Physico-Chemical Properties of the System Na₃AlF₆—NaCl—Ti0₂	253	–	258
T. P. Madhavan, K. Matiašovský, and V. Daněk	Vol. 25, 4
Measurement of the decomposition potential of aluminum oxide in trisodium aluminum fluoride-aluminum oxide and tripotassium aluminum fluoride-aluminum oxide melts	561	–	573
A. Silný, M. Malinovský, and K. Matiašovský	Vol. 23, 8
Liquidus Curve and Density of the Molten System Li₃AlF₆—Na₃AlF₆	27	–	34
M. Malinovský, M. Paučírová, and K. Matiašovský	Vol. 23, 1
Electrical conductivity of fused salts in the lithium fluoride-aluminum fluoride and lithium fluoride-sodium aluminum fluoride systems	641	–	647
V. Daněk, M. Malinovský, and K. Matiašovský	Vol. 22, 9
Method for measuring electrical conductivity in molten fluorides	707	–	714
V. Daněk, M. Malinovský, and K. Matiašovský	Vol. 22, 9
Phase diagram of the NaF-LiF-AlF₃-Al₂O₃ system. II. The LiF-AlF₃ system	794	–	805
M. Malinovský, I. Čakajdová, and K. Matiašovský	Vol. 21, 11
Simultaneous flame photometric determination of lithium and sodium	839	–	849
Ž. Lubyová, M. Malinovský, and K. Matiašovský	Vol. 21, 11
Phase diagram in the NaF-LiF-AlF₃-Al₂O₃ system. I. System NaF-LiF	513	–	520
K. Matiašovský, I. Čakajdová, and M. Malinovský	Vol. 19, 7
The absorption of hydrofluoric acid in aqueous solutions	456	–	461
M. Paučírová, K. Matiašovský, and M. Malinovský	Vol. 19, 6
Liquidus of the cryolyte corner of the Na₃AlF₆-Al₂O₃-Na₂SO₄ system	41	–	45
K. Matiašovský and M. Malinovský	Vol. 19, 1
Electrical conductivity of melts of the system Na₃AlF₆-AlF₃-Al₂O₃-NaCl	140	–	143
K. Matiašovský, S. Ordzovensky, and M. Malinovský	Vol. 18, 2
Physicochemical analyses of some systems important in aluminum production. VIII. The density of melts of the system Na₃AlF₆-Al₂O₃-NaCl	605	–	615
K. Matiašovský, A. Jászová, and M. Malinovský	Vol. 17, 9
Wetting carbon with molten cryolite	181	–	188
K. Matiašovský, M. Paučírová, and M. Malinovský	Vol. 17, 3
The application of microanalysis for the measurement of critical current density at the electrolysis of cryolite fusions	211	–	216
K. Matiašovský, V. Daněk, and M. Malinovský	Vol. 17, 3
Physicochemical analyses of some systems important in the production of aluminum. IX. Electric conductivity of cryolite and Na₃AlF₆-Al₂O₃ and Na₃AlF₆-NaCl	839	–	847
K. Matiašovský, Š. Ordzovensky, and M. Malinovský	Vol. 17, 12
The density of melts in the system Na₃AlF₆-AlF₃-Al₂O₃-NaCl	848	–	851
K. Matiašovský, A. Jászová, and M. Malinovský	Vol. 17, 12
Pyrohydrolytic determination of fluorides. III. Optimum conditions of pyrohydrolysis	808	–	817
K. Matiašovský and C. Kubík	Vol. 16, 11
Pyrohydrolytic determination of fluorides. II. The effect of temperature on the time of the hydrolysis	741	–	757
K. Matiašovský and C. Kubík	Vol. 16, 10
The pyrohydrolytic determination of fluoride. I. The effect of activators on the temperature at the beginning of hydrolysis	128	–	134
K. Matiašovský and C. Kubík	Vol. 16, 1-2
A theory for rationally describing the location of cross sections and points on a figure in multicomponent systems. II. Simple second-order cross sections	617	–	624
M. Malinovský, K. Matiašovský, and C. Kubík	Vol. 15, 9
A theory for rationally describing the location of cross sections and points on a figure in multicomponent systems. I. Simple first-order cross sections	529	–	546
M. Malinovský, K. Matiašovský, and C. Kubík	Vol. 15, 8
Physicochemical analysis of some systems important in the production of aluminum. V. Liquidus of the cryolite angle of the system Na₃AlF₆-AlF₃-Al₂O₃-NaCl	241	–	256
K. Matiašovský and M. Malinovský	Vol. 15, 4
Physicochemical analysis of some systems important in the production of aluminum. VI. Liquidus of the cryolite angle of the system Na₃AlF₆-AlF₃-Al₂O₃-CaF₂-NaCl	257	–	270
K. Matiašovský and M. Malinovský	Vol. 15, 4
An adjustment for N. S. Kurnakov's pyrometer	315	–	318
C. Kubík, K. Matiašovský, and M. Malinovský	Vol. 15, 4
Physicochemical analyses of some systems important in production of aluminum. IV. Liquidus of the cryolite angle of the system Na₃AlF₆-Al₂O₃-CaF₂-NaCl-MgF₂	161	–	172
K. Matiašovský and M. Malinovský	Vol. 15, 3
Physicochemical analyses of some systems important in aluminum production. VII. Liquidus of the cryolite angle in the cut of the system Na₃AlF₆AlF₃-Al₂O₃-CaF₂-NaCl-MgF₂ with the constant mount of 3 percent CaF₂	699	–	712
K. Matiašovský and M. Malinovský	Vol. 15, 10
Physical-chemical analysis of some systems important in production of aluminum. III. Liquidus of the cryolite angle of the system Na₃AlF₆-Al₂O₃-CaF₂-NaCl	551	–	563
K. Matiašovský and M. Malinovský	Vol. 14, 8
Physicochemical study of some systems important in the production of aluminum. II. The phase diagram of the system Na₃AlF₆-CaF₂-NaCl	353	–	364
K. Matiašovský and M. Malinovský	Vol. 14, 5
Physicochemical study of some systems important in the production of aluminum. I. Phase diagram of the system CaF₂-NaCl	258	–	264
K. Matiašovský and M. Malinovský	Vol. 14, 4
Phase diagrams of some systems important in electrolytic production of magnesium. I. Two-component systems MgCl₂-NaCl, CaCl₂-NaCl, and MgCl₂-CaCl₂	69	–	77
K. Matiašovský	Vol. 13, 2
Phase diagrams of some systems important in electrolytic production of magnesium. II. Three-component system MgCl₂-CaCl₂-NaCl	78	–	97
K. Matiašovský	Vol. 13, 2