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

Published monthly

Author: Daněk

Viscosity of Melts of the System KF—K₂MoO₄—SiO₂	240	–	244
M. Boča, R. Vasiljev, M. Kucharík, and V. Daněk	Vol. 57, 4
Surface Tension of Melts of the System KF—K₂MoO₄—SiO₂	68	–	72
M. Boča, M. Kucharík, R. Vasiljev, and V. Daněk	Vol. 57, 2
Enthalpic Analysis of Potassium Heptafluorotantalate	73	–	77
I. Nerád, E. Mikšíková, and V. Daněk	Vol. 57, 2
Density of Melts of the System KF—K₂MoO₄—SiO₂	283	–	287
M. Chrenková, M. Boča, M. Kuchárik, and V. Daněk	Vol. 56, 5
Phase Diagram and Structure of Melts of the System CaO—TiO₂—SiO₂	241	–	246
V. Daněk and I. Nerád	Vol. 56, 4
Cryoscopy in Solvents with Dystectic Melting	71	–	76
I. Proks, V. Daněk, M. Chrenková, F. Šimko, and Z. Pánek	Vol. 56, 2
Thermodynamic Analysis of Pseudobinary Subsystems of the System CaO—TiO₂—SiO₂	77	–	83
I. Nerád and V. Daněk	Vol. 56, 2
Cryoscopy in the System Na₃AlF₆-Fe₂O₃	269	–	272
F. Šimko and V. Daněk	Vol. 55, 5
Long-Termed Material Balance of Phosphorus in Aluminium Reduction Cells	209	–	216
V. Daněk, M. Chrenková, A. Silný, M. Staš, and M. Koniar	Vol. 55, 4
Thermodynamic Equilibrium between Melt and Crystalline Phase of a Compound AgBrwith Dystectic Melting Point. III. Application to the Systems KF-K₃TiF₇ and KCl-K₃TiF₆Cl	137	–	141
I. Proks and V. Daněk	Vol. 55, 3
Thermodynamic Equilibrium between Melt and Crystalline Phase of a Compound A_qB_r with Dystectic Melting Point. IV. Application to the Systems NaF—NaMgF₃ and KF—KMgF₃	142	–	144
I. Proks and V. Daněk	Vol. 55, 3
Thermodynamic Equilibrium between Melt and Crystalline Phase of a Compound A_qB_r with Dystectic Melting Point. II. Application to the Systems KF—K₃FMo0₄ and KF—K₃FW0₄	59	–	66
I. Proks, V. Daněk, L. Kosa, and K. Adamkovičová	Vol. 55, 2
Phase Diagram of the System KF—KCl—KBF₄—K₂TiF₆	75	–	80
M. Chrenková, V. Danielik, A. Silný, and V. Daněk	Vol. 55, 2
Density of the Molten System KCl—KBF₄ —K₂TiF₆	27	–	31
M. Chrenková, V. Daněk, and A. Silný	Vol. 55, 1
Density of the System LiF—KF—K₂NbF₇	272	–	276
M. Chrenková, V. Daněk, and A. Silný	Vol. 54, 5
Viscosity of Melts of the System LiF-KF-K₂NbF₇	277	–	281
D. K. Nguyen and V. Daněk	Vol. 54, 5
Surface Tension of the System LiF-KF-K₂NbF₇	197	–	202
K. D. Nguyen and V. Daněk	Vol. 54, 4
Surface Tension of Melts of the System KF—K₂Mo0₄—B₂0₃	131	–	136
K. D. Nguyen and V. Daněk	Vol. 54, 3
Niobium Complexes in Fluoride Melts	137	–	143
V. Van, J. Madejová, A. Silný, and V. Daněk	Vol. 54, 3
Thermodynamic Equilibrium between Melt and Crystalline Phase of a Compound A_qB_r with Dystectic Melting Point I. Theoretical Approach	61	–	65
I. Proks, V. Daněk, L. Kosa, I. Nerád, and K. Adamkovičová	Vol. 54, 2
3rd International Conference Solid State Chemistry '96 held in Bratislava, July 6-12, 1996 - Preface	303	–	303
V. Danek and Lt. Nagy	Vol. 51, 6B
Thermodynamic Analysis of the Molten System KF—K₂Mo0₄—B₂0₃	263	–	267
O. Patarák, V. Daněk, M. Chrenková, and A. Silný	Vol. 51, 5
The Effect of Electrolyte Composition on the Electrodeposition of Molybdenum from KF—B₂0₃—K₂Mo0₄ Melts. 1. Chronopotentiometry	202	–	207
M. Makyta, T. A. Utigard, P. Zatko, A. Silný, and V. Daněk	Vol. 51, 4
Structure and Properties of the KF—KCl—KBF₄ Melts	69	–	72
V. Daněk, M. Chrenková, D. K. Nguyen, and K. Putyera	Vol. 51, 2
Viscosity of Melts of the System KCl—KBF₄—K₂TiF₆	73	–	77
D. K. Nguyen and V. Daněk	Vol. 51, 2
Surface Tension of Melts of the System KF—KCl—KBF₄	78	–	83
Ž. Lubyová, V. Daněk, and D. K. Nguyen	Vol. 51, 2
EUCHEM Conference on Molten Salts 1996	381	–	382
V. Daněk	Vol. 50, 6
3rd International Conference on Solid State Chemistry 1996	317	–	318
V. Daněk	Vol. 50, 5
Dr. Ing. Edmund Kanclíř, DrSc. Seventy Years Old	156	–	156
V. Daněk and Z. Pánek	Vol. 50, 3
The 70th Birthday of Ing. Ivo Proks, DrSc.	105	–	106
K. Adamkovičová and V. Daněk	Vol. 50, 2
Viscosity of the Molten System KF—KCl—K₂TiF₆	4	–	7
D. K. Nguyen and V. Daněk	Vol. 50, 1
Phase Diagram of the System KCl—KBF₄—K₂TiF₆	167	–	172
M. Chrenková, O. Patarák, and V. Daněk	Vol. 49, 4
Control Mechanism for Alumina Dissolution in Cryolite Melts	59	–	63
Ž. Lubyová and V. Daněk	Vol. 49, 2
Viscosity of the System KF—KCl—KBF₄	64	–	67
V. Daněk and D. K. Nguyen	Vol. 49, 2
Synthesis of BaFe₁₂0₁₉Powders in Molten Alkali Metal Chlorides	245	–	247
V. Daněk and Ž. Lubyová	Vol. 48, 4
Thermodynamic Calculation of Phase Diagrams of Systems in which One Component Undergoes Thermal Dissociation	7	–	10
V. Daněk and I. Proks	Vol. 48, 1
Structure of the Melts of the System KF—K₂Mo0₄	339	–	341
V. Daněk and M. Chrenková	Vol. 47, 6
Phase Diagram of the KF—K₂Mo0₄—B₂0₃ System	342	–	345
O. Patarák, Z. Jantáková, and V. Daněk	Vol. 47, 6
Densities of Melts of the System LiF-KF-B₂O₃-TiO₂	378	–	381
M. Chrenkova, V. Danek, and A. Silny	Vol. 46, 6
Phase Equilibria in the System LiF-KF-B₂O₃-TiO₂	222	–	225
M. Chrenková and V. Daněk	Vol. 46, 4
Thermal Dissociation of Molten Complex Compounds Me₃XF₇ (Me = Li, Na, K, X = Ti, Zr, Hf)	161	–	166
V. Daněk and R. Cekovskyý	Vol. 46, 3
Phase Diagram of the System LiF—B₂0₃	167	–	169
M. Chrenková and V. Daněk	Vol. 46, 3
Phase Diagram of the System KBF₄-KF-KCl	91	–	94
O. Patarák and V. Daněk	Vol. 46, 2
In Memoriam Associate Professor Ing. Kamil Matiašovský, DrSc.	70	–	70
V. Daněk	Vol. 46, 1
Electrical-conductivity of the melts of the system KF-KCl -KBF₄	739	–	744
M. Chrenková, M. Hura, and V. Daněk	Vol. 45, 6
Dissociation model of the electrical-conductivity of molten salt mixtures. 6. Systems containing bivalent cation	457	–	461
M. Chrenková, M. Hura, and V. Daněk	Vol. 45, 4
Dissociation model of the electrical-conductivity of molten salt mixtures. 5. Systems containing trivalent cations	177	–	185
V. Daněk and M. Chrenková	Vol. 45, 2
Volume properties of molten KF-KCl-KBF₄ system	213	–	219
M. Chrenková and V. Daněk	Vol. 45, 2
Associate Professor Ing. Kamil Matiašovský, DrSc. Sixty Years Old	287	–	288
V. Daněk and P. Fellner	Vol. 45, 2
Dissociation model of the electrical conductivity of molten-salt mixtures. 4. Binary reciprocal univalent systems	47	–	52
V. Daněk, M. Chrenková, and M. Hura	Vol. 45, 1
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
Dissociation model of the electrical-conductivity of molten-salt mixtures. 3. Ternary univalent systems with common ion	535	–	541
V. Daněk, M. Hura, and M. Chrenková	Vol. 44, 4
Dissociation model of the electrical-conductivity of molten-salt mixtures .2. Binary univalent systems with common ion	329	–	337
M. Chrenková and V. Daněk	Vol. 44, 3
Dissociation model of the electrical conductivity of molten salt mixtures. 1. Theory of univalent electrolytes	25	–	34
V. Daněk	Vol. 43, 1
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
Conductivity of melts in the system CaO-FeO-Fe₂O₃-SiO₂	215	–	223
V. Daněk, T. Ličko, and Z. Pánek	Vol. 40, 2
Densities of melts in the system CaO-FeO-Fe₂O₃-SiO₂	599	–	605
T. Ličko, V. Daněk, and Z. Pánek	Vol. 39, 5
Surface-adsorption of SiO₂ in melts of the system CaO-FeO-Fe₂O₃-SiO₂	459	–	465
V. Daněk, T. Ličko, and Z. Pánek	Vol. 39, 4
Calculation of liquidus surfaces of CaSiO₃ in the CaO—FeO—SiO₂ and CaO—Fe₂O₃—SiO₂ systems	379	–	386
V. Daněk	Vol. 38, 3
Electrical conductance of molten silicates. Application of the free volume theory	349	–	355
V. Daněk and T. Ličko	Vol. 37, 3
Surface adsorption of silicon dioxide in molten silicate systems	179	–	184
V. Daněk and T. Ličko	Vol. 36, 2
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
Calculation of transport properties of molten salts using a double hard core model	724	–	727
P. Fellner and V. Daněk	Vol. 28, 6
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
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
Physico-Chemical Properties of the System Na₃AlF₆—NaCl—Ti0₂	253	–	258
T. P. Madhavan, K. Matiašovský, and V. Daněk	Vol. 25, 4
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
Electrical conductivity of the melts of the Na₃AlF₆-Li₃AlF₆ system	832	–	838
V. Daněk, J. Novák, and M. Malinovský	Vol. 21, 11
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