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

Published monthly

Author: Atia

Novel carbon nanoparticles derived from Bougainvillea modulate vegetative growth via auxin–cytokinin signaling in Arabidopsis	4733	–	4750
Raviraj B. Barot, Nilesh D. Gawande, Satya Omprabha, Charli Kaushal, Subhojit Ghosh, Jhuma Saha, Dhiraj Bhatia, and Subramanian Sankaranarayanan	Vol. 78, 8
Spectrofluorimetric determination of Alogliptin benzoate through condensation with ninhydrin and phenylacetaldehyde: application to dosage form and rat plasma	5049	–	5060
Samia M. El-Gizawy, Noha N. Atia, Doaa H. Rushdy, and Marwa F. B. Ali	Vol. 78, 8
Determination of sulfur in petroleum coke by ion chromatography after pyrohydrolysis sample preparation and Box–Behnken design optimization	1947	–	1957
Renan G. Marim, Amauri P. A. Rosa, Tatiane A. Maranhão, and Eduardo S. Chaves	Vol. 78, 3
Mössbauer study of thermal behavior of CL20ES and CL50WS steel powders used in selective laser melting	7289	–	7302
Tatiana Ivanova, Michal Kořenek, Miroslav Mashlan, and Veronika Svačinová	Vol. 77, 12
Fabrication, characterization and structure activity relationship of Co and Mn encapsulated on magnetic nanocomposite and its application in one-pot tandem synthesis of various tetrazoles and vitamin K₃	3581	–	3605
Fatemeh Ashouri, Ali Reza Faraji, Zahra Hekmatian, and Alireza Farahanipour	Vol. 76, 6
Chemical functionalization and thermal destruction of persistent organic pollutants: polychlorinated biphenyls	3899	–	3908
Tatiana Kulikova, Anna Maiorova, Tatiana Gorbunova, Roza Gulyaeva, Alexander Safronov, and Marina Pervova	Vol. 76, 6
Synthesis, antimicrobial and α-glucosidase inhibition of new benzimidazole-1,2,3-triazole-indoline derivatives: a combined experimental and computational venture	7607	–	7622
Laxmi Deswal, Vikas Verma, Devinder Kumar, Yogesh Deswal, Ashwani Kumar, Rajnish Kumar, Mahavir Parshad, and Meenakshi Bhatia	Vol. 76, 12
A simple and efficient method for simultaneous quantification of levodopa and carbidopa based on controlled oxidation process	3091	–	3102
Ângela L. Andrade, Thaís D. Cardoso, Sérgio S. Thomasi, Meiry E. Alvarenga, Mirra A. N. da Silva, Elisângela J. Magalhães, Hélio A. Duarte, and Katia J. de Almeida	Vol. 75, 7
LaF₃: Tb³⁺ nanoparticles show adaptability to targeted therapy for a safer cancer cell treatment	5793	–	5801
Ghazaleh Rafatian, Seyed Jalal Zargar, Shahrokh Safarian, Susan Sadjadpour, and Najmeh Mozdoori	Vol. 75, 11
Theoretical investigations on the structural products of the amphiphilic copolymer of N-vinylpyrrolidone with triethylene glycol dimethacrylate and the μ-S–C–N type binuclear tetranitrosyl iron complex interaction	95	–	104
Tatiana N. Rudneva, Nina S. Emel’yanova, and Svetlana V. Kurmaz	Vol. 73, 1
Kinetic study of growth, lipid and carotenoid formation in β-carotene producing Rhodotorula glutinis	1193	–	1203
Jana Tkáčová, Tatiana Klempová, and Milan Čertík	Vol. 72, 5
DFT studies on coordination models for adsorption essays of Cu(II) and Ni(II) solutions in modified silica gel with iminodiacetic groups	1019	–	1030
Alexander Carreño, Eduardo Schott, Ximena Zarate, Juan Manuel Manriquez, Juan C. Vega, Miguel Mardones, Alan H. Cowley, Ivonne Chavez, Juan P. Hinestroza, and Ramiro Arratia-Perez	Vol. 71, 6
Antioxidant and cytotoxic properties of riboflavin in PEG/BSA systems	1107	–	1117
Mariana Voicescu, Georgiana Neacsu, Adrian Beteringhe, Oana Craciunescu, Rodica Tatia, and Lucia Moldovan	Vol. 71, 6
Diarylheptanoid-rich extract of grey and black alder barks: an effective dietary antioxidant in mayonnaise	1007	–	1012
Maris Lauberts, Galina Telysheva, Petras Rimantas Venskutonis, Liga Lauberte, Tatiana Dizhbite, Rita Kazernavičiūte, and Audrius Pukalskas	Vol. 71, 5
Poly(4-amino-2,1,3-benzothiadiazole) films: preparation, characterization and applications	359	–	366
Gabriela Broncová, Tatiana V. Shishkanova, Marcela Dendisová, Martin Člupek, David Kubáč, and Pavel Matějka	Vol. 71, 2
Influence of surface properties on the deposition of a polyaniline film and detection of tumor markers	489	–	494
Tatiana V. Shishkanová, Klára Řezanková, and Pavel Řezanka	Vol. 71, 2
Chemical reactivity descriptors evaluation for determining catalytic activity, redox potential, and oxygen binding of metallophthalocyanines	2185	–	2194
Cristian Linares-Flores, Ramiro Arratia-Pérez, and Desmond MacLeod Carey	Vol. 71, 11
*X-ray diffraction and relativistic DFT studies on the molecular biomarker fac-Re(CO)₃(4,4′-dimethyl-2,2′-bpy)(E-2-((3-amino-pyridin-4-ylimino)-methyl)-4,6-di-tert-butylphenol)(PF₆)*	2011	–	2022
Alexander Carreño, Manuel Gacitúa, Elies Molins, and Ramiro Arratia-Pérez	Vol. 71, 10
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
Structure and vibrational spectra of copper(II) 2-pyridylmethanolate tetrahydrate	940	–	949
Anton Gatial, Marcela Múdra, Ján Moncoľ, Marta Danková, Peter Lönnecke, and Martin Breza	Vol. 68, 7
Assessment of the fate of some household micropollutants in urban wastewater treatment plant	601	–	612
Laure Pasquini, Jean-François Munoz, Nicole Rimlinger, Xavier Dauchy, Xavier France, Marie-Noëlle Pons, and Tatiana Görner	Vol. 67, 6
Aquaculture by-product: a source of proteolytic enzymes for detergent additives	662	–	669
Chirleanny M. Mendes, Marília A. Brito, Tatiana S. Porto, Ana L. F. Porto, Ranilson S. Bezerra, Luiz B. Carvalho, Ana M. A. Caneiro-Leão, and Maria G. Carneiro-da-Cunha	Vol. 63, 6
Synthesis of 2-[3-(trifluoromethyl)phenyl]furo[3,2-c]pyridine derivatives	586	–	591
Ivana Bradiaková, Tatiana Ďurčeková, Naďa Prónayová, Anton Gatial, and Alžbeta Krutošíková	Vol. 63, 5
QSAR analysis of 1,3-diaryl-2-propen-1-ones and their indole analogs for designing potent antibacterial agents	456	–	463
Neela M. Bhatia, Kakasaheb R. Mahadik, and Manish S. Bhatia	Vol. 63, 4
Chemometrical analysis of computed QSAR parameters and their use in biological activity prediction	84	–	91
Peter Nemeček, Tatiana Ďurčeková, Ján Mocák, and Karel Waisser	Vol. 63, 1
Synthesis and reactions of 2-[3-(trifluoromethyl)phenyl]furo[3,2- c ]pyridine	428	–	434
Ivana Bradiaková, Naďa Prónayová, Anton Gatial, and Alžbeta Krutošíková	Vol. 62, 4
Conformational analysis of aminomethylene- and (1-aminoethylidene)propanedinitriles	367	–	371
V. Milata, A. Gatial, L. Zalibera, S. Biskupic, and D. Scheller	Vol. 51, 6B
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
On thermal dehydrochlorination of model compounds for poly(vinyl chloride). V. Frequency factor calculations	611	–	626
P. Kovařík, L. Valko, and A. Gatial	Vol. 36, 5
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