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

Published monthly

Author: Malinovský

Relationship between the degree of thermal-dissociation of a chemical-compound and the radius of curvature of the liquidus curve at the melting-point	499	–	505
M. Galová, M. Malinovský, and J. Vrbenská	Vol. 42, 4
Calculation of surfaces of liquidus and of isotherms in the phase-diagrams of the ternary-systems NaCl-NaF-Na₃FSO₄ and NaCl-Na₂SO₄- Na₃FSO₄	177	–	185
J. Gabčová, M. Malinovský, and P. Kottáš	Vol. 40, 2
Cryometry in ternary-systems	187	–	200
J. Gabčová and M. Malinovský	Vol. 40, 2
Experimental-determination and thermodynamic analysis of the phase-diagrams of the systems NaCl-Na₂SO₄ and NaCl -NaF	201	–	213
J. Gabčová and M. Malinovský	Vol. 40, 2
Cryometry on the basis of complex chemical compounds. II. The analysis of possible interactions in a binary system one component of which is a complex compound	433	–	447
M. Malinovský	Vol. 38, 4
Cryometric determination of the enthalpy of fusion of sodium cryolite	165	–	172
M. Malinovský	Vol. 38, 2
Polyhedronization of concentration figures of phase diagrams of four-component systems	321	–	331
Ľ. Niepel and M. Malinovský	Vol. 37, 3
Cryometry on the basis of complex chemical compounds. I. Derivation of the basic cryometric relationship	333	–	336
M. Malinovský	Vol. 37, 3
Thermodynamics of phase equilibriums in systems with polymorphic transitions. III. Systems having limiting solid solutions but no compounds	577	–	587
I. Koštenská and M. Malinovský	Vol. 36, 5
Thermodynamics of phase equilibriums in systems with polymorphic transitions. IV. Systems having continuous solid solutions in the high-temperature subsolidus region but forming no compounds	589	–	597
M. Malinovský and I. Koštenská	Vol. 36, 5
Thermodynamics of phase equilibriums in systems with polymorphic transitions. V. Systems in which continuous liquid and continuous solid solutions coexist and which contain complex compounds in the subsolidus region	599	–	604
I. Koštenská and M. Malinovský	Vol. 36, 5
Influence of a complex compound on the thermodynamic activity of components in a binary ionic system	605	–	610
M. Malinovský, J. Vrbenská, and I. Koštenská	Vol. 36, 5
Systems with transformed composition coordinates. I. Fundamental relationships	447	–	452
M. Malinovský	Vol. 36, 4
Thermodynamics of phase equilibriums in systems with polymorphic transitions. I. Systems forming no compounds and no solid solutions	453	–	471
I. Koštenská and M. Malinovský	Vol. 36, 4
Thermodynamics of phase equilibriums in systems with polymorphic transitions. II. Systems in which complex compounds are formed but solid solutions are not present	473	–	479
M. Malinovský and I. Koštenská	Vol. 36, 4
Molar enthalpy of fusion and the degree of thermal dissociation of Na₃FSO₄	151	–	157
I. Koštenská and M. Malinovský	Vol. 36, 2
Phase diagram of the system sodium fluoride-sodium sulfate	159	–	167
I. Koštenská and M. Malinovský	Vol. 36, 2
Thermodynamic proof of the existence of compounds in the phase diagrams of systems without solid solutions. I. Description of the method and its testing on a model system	737	–	745
M. Malinovský and J. Vrbenská	Vol. 35, 6
Thermodynamic proof of the existence of compounds in the phase diagrams of systems without solid solutions. II. The systems MF—AlF₃ (M = Li, Na, K)	747	–	756
J. Vrbenská and M. Malinovský	Vol. 35, 6
Investigation of the liquidus curve of chiolite in the system Na₃AlF₆—AIF₃	47	–	55
J. Vrbenská and M. Malinovský	Vol. 34, 1
Exact derivation of the Le Chatelier-Shreder equation	15	–	22
M. Malinovský and V. Sekerová	Vol. 33, 1
Temkin's and universal relationships for activities in systems having complete miscibility in the solid state	734	–	754
M. Galová and M. Malinovský	Vol. 32, 6
Phase diagram of the system lithium fluoride-sodium chloride-potassium chloride	755	–	759
J. Peschl and M. Malinovský	Vol. 32, 6
Phase diagram of the system LiF—NaF—KCl	760	–	766
J. Gabčová and M. Malinovský	Vol. 32, 6
Triangulation of phase diagrams	810	–	820
Ľ. Niepel and M. Malinovský	Vol. 32, 6
Dissociation of the anions AlF₆^3- in the system Na₃AlF₆ —Na₂SO₄	821	–	829
I. Koštenská and M. Malinovský	Vol. 32, 6
Stability of AIF₅^2- anion in the system CaF₂ —AIF₃	830	–	833
J. Vrbenská and M. Malinovský	Vol. 32, 6
Application of the Haase functional relationship for activity to the systems with complete miscibility in both solid and liquid phase. Systems without common ion	834	–	840
M. Galová and M. Malinovský	Vol. 32, 6
Study of the relations between the standard potentials in an electrochemical system of the type M⁰, M^a+, M^b+, M^c+, M^d+	3	–	16
M. Malinovský and A. Reháková	Vol. 31, 1
General topological analysis of reciprocal chemical systems. I. Simple eutectic systems and systems with compounds	23	–	28
M. Malinovský	Vol. 31, 1
Equation of the liquidus curve in simple eutectic systems	721	–	729
M. Malinovský	Vol. 30, 6
Classification of Temkin's ideal ionic solutions	730	–	736
M. Malinovský	Vol. 30, 6
Equilibrium 'solidus-liquidus' in systems with limited solid solutions	737	–	747
M. Malinovský	Vol. 30, 6
Thermodynamic analysis of the two-component systems LiF—NaF and NaF—NaCI	783	–	795
M. Malinovský and J. Gabčová	Vol. 30, 6
Study of the binary systems LiF—NaCl and LiF—KCl	796	–	804
J. Gabčová, J. Peschl, M. Malinovský, and I. Koštenská	Vol. 30, 6
Phase diagram of the ternary system LiF—NaF—NaCI	813	–	818
J. Gabčová and M. Malinovský	Vol. 30, 6
Concentration vectors in phase diagrams	463	–	467
M. Malinovský	Vol. 28, 4
Multiple coordinates of the reference points of the concentration diagrams of multicomponent systems	468	–	477
M. Malinovský and K. Matiašovský	Vol. 28, 4
Theory of equilibrium multicomponent condensed systems. V. Systems with limited solid solutions. General topological analysis	478	–	482
M. Malinovský	Vol. 28, 4
The mutually attainable regions of concentration polyhedra of multicomponent condensed systems	483	–	488
M. Malinovský and S. Svobodová-Kašíková	Vol. 28, 4
Criteria of thermodynamic consistency. I. Systems having no solid solutions	489	–	492
M. Malinovský	Vol. 28, 4
Universal relation for the activity of the i-th component in binary systems	493	–	498
M. Malinovský and I. Koštenská	Vol. 28, 4
Solidus-liquidus equilibrium in binary systems having complete miscibility in the solid state. Type I after Roozeboom	499	–	508
M. Galová and M. Malinovský	Vol. 28, 4
Thermodynamics of the enantiotropic phase transitions in condensed systems. I. One component systems	509	–	516
M. Malinovský and I. Koštenská	Vol. 28, 4
Algebraic analysis of the equations for calculation of the degree of dissociation of cryolite anions	523	–	530
A. Reháková, J. Vrbenská, and M. Malinovský	Vol. 28, 4
The equilibrium "solidus—liquidus" in the system lithium fluoride—calcium fluoride	531	–	538
I. Koštenská, J. Vrbenská, and M. Malinovský	Vol. 28, 4
The liquidus of sodium chloride in the system sodium chloride—calcium fluoride	539	–	545
M. Malinovský and J. Gregorčoková	Vol. 28, 4
On solid solutions in the system LiF—Na₃AlF₆	546	–	552
I. Koštenská, J. Čorba, and M. Malinovský	Vol. 28, 4
Problems of the stability of the anion AlF₆^3- in the molten system NaCl—Na₃AlF₆	553	–	560
I. Koštenská and M. Malinovský	Vol. 28, 4
Physicochemical interpretation of the inflection point on chronopotentiometric and polarographic curves	561	–	565
M. Uhrová and M. Malinovský	Vol. 28, 4
Dissociation of the AlF₆^3- anion in the systems Li₃AlF₆— CaF₂, Li₃AlF₆—SrF₂, and Li₃AlF₆—BaF₂	577	–	581
J. Vrbenská, I. Koštenská, and M. Malinovský	Vol. 27, 5
The liquidus curves of lithium cryolite in the Li₃AlF₆-CaF₂, Li₃AlF₆-SrF₂, and Li₃AlF₆—BaF₂ systems and their thermodynamic analysis	296	–	300
I. Koštenská, J. Vrbenská, and M. Malinovský	Vol. 27, 3
Phase diagram of the system Li₃AlF₆—KCl. II. Experimental results	301	–	305
K. Matiašovský, I. Koštenská, and M. Malinovský	Vol. 27, 3
Diffusivity of lead(II) ions in a system of molten chlorides	159	–	164
M. Uhrová and M. Malinovský	Vol. 27, 2
Phase Diagram of the System Li₃AlF₆—KCl. I. Theory	31	–	35
M. Malinovský and K. Matiašovský	Vol. 26, 1
New Relationships between Thermodynamic Parameters and the Slopes of Liquidus Curves at the Euteetic Point	92	–	96
M. Malinovský	Vol. 25, 2
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
Theory of equilibrium phase diagrams of condensed multicomponent systems. III. Systems with congruently melting chemical compounds	401	–	408
M. Malinovský	Vol. 23, 6
Theory of equilibrium phase diagrams of condensed multicompenent systems. IV. Systems with incongruently melting chemical compounds	409	–	419
M. Malinovský	Vol. 23, 6
Liquidus Curves of Ideal Ionic Systems. I.	801	–	808
M. Malinovský	Vol. 23, 11-12
Liquidus Curves of Ideal Ionic Systems. II.	809	–	815
M. Malinovský	Vol. 23, 11-12
Liquidus Curve and Density of the Molten System Li₃AlF₆—Na₃AlF₆	27	–	34
M. Malinovský, M. Paučírová, and K. Matiašovský	Vol. 23, 1
Phase Diagram of the System CaF₂—AlF₃	35	–	40
M. Malinovský, J. Vrbenská, and I. Čakajdová	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
Redox system formed by a metal and its ions of two and three different oxidation states	819	–	830
M. Malinovský and C. Kubík	Vol. 22, 11
Investigation of the electrode processes in melts of the cryolite-aluminum fluoride-alumina-sodium chloride system by the E-tau curves method	851	–	857
C. Kubík and M. Malinovský	Vol. 22, 11
Investigation of the electrode processes in cryolite melts by the method of potential-time curves. II. Interpretation of the arrests on the curves	34	–	41
C. Kubík and M. Malinovský	Vol. 22, 1
Electrode processes in the cryolite melts by the potential-time curve method. I. Method and apparatus	920	–	929
C. Kubík and M. Malinovský	Vol. 21, 12
Enthalpy and entropy of melting of lithium cryolite	783	–	793
M. Malinovský	Vol. 21, 11
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
Phase diagram of the Li₃AlF₆-CaF₂ system	806	–	817
M. Malinovský and J. Vrbenská	Vol. 21, 11
Phase diagram of the Li₃AlF₆-LiF-CaF₂ ternary system	818	–	825
J. Vrbenská and M. Malinovský	Vol. 21, 11
Effect of sodium sulfate on the fusibility of aluminum electrolytes	826	–	831
V. Delmárová and M. Malinovský	Vol. 21, 11
Electrical conductivity of the melts of the Na₃AlF₆-Li₃AlF₆ system	832	–	838
V. Daněk, J. Novák, and M. Malinovský	Vol. 21, 11
Simultaneous flame photometric determination of lithium and sodium	839	–	849
Ž. Lubyová, M. Malinovský, and K. Matiašovský	Vol. 21, 11
Phase complexes from equilibrium phase diagrams. II	716	–	728
M. Malinovský	Vol. 20, 10
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
Prof. Albert Regner, 60 years old	592	–	592
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
Colorimetric determination of fluorides in air	287	–	293
A. Moncmanová and M. Malinovský	Vol. 19, 4
Laboratory apparatus for the absorption of hydrofluoric acid	302	–	309
M. Uhrová and M. Malinovský	Vol. 19, 4
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
Phase complexes of equilibrium phase diagrams	695	–	702
M. Malinovský	Vol. 17, 10-11
Determination of microquantities of fluoride ions by titration	787	–	794
V. Delmárová, L. Machů, M. Malinovský, and A. Moncmanová	Vol. 17, 10-11
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
Physicochemical analysis and its importance for inorganic chemistry and technology	760	–	771
M. Malinovský	Vol. 13, 11
The theory of equilibrium of multiple-component (C-components) condensed systems. II. Systems of chemical compounds that fuse congruently. 1	83	–	94
M. Malinovský	Vol. 12, 2
The theory of equilibrium of multiple-component (C-components) of condensed systems. I. Systems with a simple eutectic point	3	–	16
M. Malinovský	Vol. 12, 1