1,3-Dipolar Cycloadditions of Heterocycles. 27. Stereoselective Preparation of 3-Aryl-4-oxo-6-alkoxy-3a,4,6,6a-tetrahydrofuro[3,4-d]isoxazoles and 2-Phenyl-6-aryl-3-hydroxy-1,2,3,3a,6a,7-hexahydroisoxazolo[4,5-d]pyridazin-7-ones |
104 |
– |
108 |
P. Oravec, Ľ. Fišera, N. Prónayová, and R. Gažo |
Vol. 46, 2 |
Electrochemical-behavior of some N-salicylideneaminoalkanoate copper(II) complexes and cuprates(II) |
605 |
– |
613 |
J. Labuda, J. Krätsmár-Šmogrovič, M. Vaníčková, and Ľ. Gážová |
Vol. 45, 5 |
Temperature influence on the crystal structure of the mixed valence copper cyanide complex [Cu(NH3)4][Cu4(CN)6] |
583 |
– |
595 |
Z. Kožíšková, M. Dunaj-Jurčo, and J. Gažo |
Vol. 38, 5 |
Effect of the cation on the anion structure in mixed bis(di-n-propylammonium) and bis(di-n-butylammonium) tetrahalocuprates(II) |
75 |
– |
83 |
J. Tomovič, Z. Biela, and J. Gažo |
Vol. 38, 1 |
Structural investigations of nickel(II) complexes. III. Crystal structure of Ni(NCS)2(piperidine)4 |
741 |
– |
747 |
M. Koman, M. Handlovič, E. Ďurčanská, and J. Gažo |
Vol. 37, 6 |
Structural investigations of nickel(II) complexes. IV. Preparation, properties, and crystal structure of Ni(NCS)2(pipe)2(py)H2O.2pipe |
749 |
– |
756 |
M. Koman, E. Ďurčanská, M. Handlovič, and J. Gažo |
Vol. 37, 6 |
Preparation and properties of (selenocyanato)bis(2,2'-bipyridine)copper(II) selenocyanate and crystal structure of its α-modification |
43 |
– |
52 |
A. Sedov, M. Kabešová, M. Dunaj-Jurčo, J. Gažo, and J. Garaj |
Vol. 37, 1 |
Structure of bis(triethylammonium) bromochlorocuprates(II) as a function of their composition |
215 |
– |
222 |
Z. Biela and J. Gažo |
Vol. 35, 2 |
Factors affecting copper(II) reduction in aqueous solutions containing glycine |
223 |
– |
228 |
K. Cedzynska, H. Langfelderová, and J. Gažo |
Vol. 35, 2 |
Preparation and properties of chlorobromocuprates(II) A2[CuClxBr4-x] |
21 |
– |
29 |
Z. Biela and J. Gažo |
Vol. 35, 1 |
Structure and classification of thiocyanates and the mutual influence of their ligands |
800 |
– |
841 |
M. Kabešová and J. Gažo |
Vol. 34, 6 |
Cyanatocopper(II) complexes with organic ligands. XVII. Preparation and physical properties of cyanatocopper(II) complexes with aliphatic and related amines |
320 |
– |
329 |
J. Kohout, A. Mašlejová, and J. Gažo |
Vol. 34, 3 |
Photosensitized oxidation of iron(II) to iron(III) in systems of iron chloro complexes in nonaqueous medium |
172 |
– |
178 |
J. Šima, H. Zliechovcová, and J. Gažo |
Vol. 34, 2 |
Comparison of redox transformations in platinum(IV) and copper(II) complexes with thiourea as ligand |
179 |
– |
183 |
J. Kováčová and J. Gažo |
Vol. 34, 2 |
Preparation and some properties of copper(II) complexes with N-(3-aminopropyl)cyclohexylamine |
594 |
– |
603 |
Ľ. Macášková and J. Gažo |
Vol. 33, 5 |
Halocopper(II) complexes in acetic acid anhydride. III. Spontaneous redox changes of chloro- and bromocopper(II) complexes |
318 |
– |
322 |
Z. Biela and J. Gažo |
Vol. 33, 3 |
Copper(II) formato complexes with many nitrogen(II) ligands, their preparation and properties. I. Preparation and properties of two modifications of the diamminebis(formato)copper(II) complex |
583 |
– |
592 |
D. Hyksová, H. Langfelderová, and J. Gažo |
Vol. 30, 5 |
Cyanatocopper(II) complexes with organic ligands. XIV. Physical properties and structure of cyanatocopper(II) complexes with some diamines |
21 |
– |
34 |
A. Mašlejová, J. Kohout, M. Hvastijová, and J. Gažo |
Vol. 30, 1 |
Reaction of distortion isomers of dithiocyanatobis(pyridine)copper(II) with pyridine |
35 |
– |
41 |
M. Kabešová, B. Papanková, and J. Gažo |
Vol. 30, 1 |
Halocopper(II) complexes in acetic acid anhydride. I. Spectrophotometric study of the chloro- and bromocopper(II) complexes |
42 |
– |
51 |
Z. Biela and J. Gažo |
Vol. 30, 1 |
Halocopper(II) complexes in acetic acid anhydride. II. Composition and properties of chlorobromocopper(II) complexes |
52 |
– |
57 |
Z. Biela, T. Obert, and J. Gažo |
Vol. 30, 1 |
Mutual effect of ligands and spontaneous redox reactions of iron(II) and iron(III) complexes in acetone and methanol. I |
58 |
– |
65 |
E. Horváth, J. Šima, L. Jurík, and J. Gažo |
Vol. 30, 1 |
Mutual effect of ligands and spontaneous redox reactions of iron(II) and iron(III) complexes in acetone and methanol. II |
66 |
– |
72 |
J. Šima, E. Horváth, and J. Gažo |
Vol. 30, 1 |
Copper(II) complexes with triphenylphosphine oxide. I. Preparation and properties of Cu(OPPh3)4X2.2H2O |
73 |
– |
80 |
D. Makáňová, G. Ondrejovič, M. Melník, and J. Gažo |
Vol. 30, 1 |
Copper(II) complexes with triphenylphosphine oxide. II. Decomposition of Cu(OPPh3)4X2.2H2O |
81 |
– |
85 |
D. Makáňová, G. Ondrejovič, and J. Gažo |
Vol. 30, 1 |
Oxidation of triphenylphosphine in chloroiron(III) complexes |
86 |
– |
89 |
V. Vančová, G. Ondrejovič, and J. Gažo |
Vol. 30, 1 |
Isomerism of octahedral thiosemicarbazide nickel(II) complexes |
90 |
– |
99 |
A. Sirota, T. Šramko, and J. Gažo |
Vol. 30, 1 |
Isomerism of nickel(II) complexes. VIII. Study of isomerism of isothiocyanatonickel(II) complexes with some alkylamines |
100 |
– |
106 |
E. Jóna, B. Vojtas, T. Šramko, and J. Gažo |
Vol. 30, 1 |
Cyanato-copper(II) complexes in methanol. II. Spectrophotometric studies in the copper(II)-cyanate(-)-methanol system |
166 |
– |
171 |
M. Hvastijová, J. Kohout, M. Serátor, and J. Gažo |
Vol. 29, 2 |
Preparation and properties of chlorobromocopper(II) complexes of composition (CH3NH3)2CuClxBr4-x |
56 |
– |
60 |
Z. Biela, T. Obert, M. Melník, and J. Gažo |
Vol. 29, 1 |
Effect of the structure differences of α-, β-, and γ-modifications of diammineoxalatocopper(II) complexes on their reactivity with gaseous and liquid ammonia |
748 |
– |
752 |
H. Langfelderová, J. Garaj, and J. Gažo |
Vol. 28, 6 |
Properties of chlorocopper(II) complexes with triphenylphosphine, -arsine, or -stibine type ligands in solution. I. Spectrophotometric study of formation and redox decomposition of the complexes |
599 |
– |
603 |
D. Valigura, G. Ondrejovič, D. Makáňová, and J. Gažo |
Vol. 28, 5 |
Properties of chlorocopper(II) complexes with triphenylphosphine, -arsine, or -stibine type ligands in solution. II. Chlorination of triphenylphosphine, -arsine, or -stibine as a result of mutual ligand effects in redox processes in chlorocopper(II) complexes |
604 |
– |
608 |
D. Makáňová, G. Ondrejovič, D. Valigura, and J. Gažo |
Vol. 28, 5 |
Preparation of γ-diamminecopper(II) and the study of its structure |
173 |
– |
179 |
H. Langfelderová, J. Garaj, and J. Gažo |
Vol. 28, 2 |
Effect of the structure differences between the modifications of the oxalatodiamminecopper(II) complex in some heterogeneous reactions. Reactions of α-, β-, and γ-oxalatodiamminecopper(II) with water |
180 |
– |
187 |
H. Langfelderová, M. Serátor, J. Garaj, and J. Gažo |
Vol. 28, 2 |
Cyanatocopper(II) complexes with organic ligands. XII. Absorption spectra of the cyanatocopper(II) complexes with heterocyclic nitrogen-containing ligands in various solvents |
188 |
– |
195 |
M. Hvastijová, J. Kohout, and J. Gažo |
Vol. 28, 2 |
Heterogeneous reactions of solid nickel (II) complexes. VII. Thermal decomposition of two isomers of dithiocyanatobis(quinoline) nickel(II) dihydrate |
588 |
– |
593 |
E. Jóna, T. Šramko, and J. Gažo |
Vol. 27, 5 |
Isomerism of nickel(II) complexes. Vi. Two isomeric forms of bis(isothiocyanato)bis(quinoline)nickel(II) dihydrate |
145 |
– |
151 |
E. Jóna, T. Šramko, and J. Gažo |
Vol. 27, 2 |
Reactions of copper(II) chloride with triphenylphosphine. Isolation and identification of some oxidation-reduction products |
4 |
– |
13 |
D. Makáňová, G. Ondrejovič, and J. Gažo |
Vol. 27, 1 |
Isomerism of Nickel(II) Complexes. II. Conditions of Formation and Structure of Isomers Ni(NCS)2(Quinoline)2 |
241 |
– |
248 |
E. Jóna, T. Šramko, J. Kohout, A. Sirota, and J. Gažo |
Vol. 25, 4 |
Copper(II) complexes with organic ligands. XI. Formato copper(II) complexes of the Cu(HCOO)2(NL)2.2H2O type [NL=pyridine, β-picoline, 3,4-lutidine, isoquinoline] |
488 |
– |
494 |
J. Kohout, J. Gažo, J. Krätsmár-Šmogrovič, and J. Sokolík |
Vol. 23, 7 |
Chlorothioureacopper(II) complexes in nonaqueous solutions |
81 |
– |
93 |
Erzsebet Horváth, J. Kováčova, and Ján Gažo |
Vol. 23, 2 |
Nitrate Group as a Ligand in Solid Copper(II) Complexes.
The Structure of Cu(N03)2 • 2.5H2О |
829 |
– |
842 |
J. Garaj and Ján Gažo |
Vol. 23, 11-12 |
Redox Reactions of Some Copper (N) Complexes with Thiourea |
15 |
– |
26 |
J. Kováčová, E. Horváth, and J . Gažo |
Vol. 23, 1 |
Heterogeneous reactions of solid nickel(II) complexes. I. Reaction of a dichlorotetrathioureanickel(II) complex with gaseous ammonia |
648 |
– |
655 |
E. Jóna, T. Šramko, and J. Gažo |
Vol. 22, 9 |
Magnetic Properties of Different Modifications
of Dihalide Diammine Copper (П) Complexes |
905 |
– |
916 |
J.Kohout and J. Gažo |
Vol. 22, 12 |
Copper(II) Complexes with Organic Ligands (X)
Magnetic Properties of Copper (II) Salicylate Complexes
with Nitrogen Containing Ligands of the Pyridine and Aniline Group |
831 |
– |
837 |
J.Kohout, J. Gažo, and J. Krätsmár-Šmogrovič |
Vol. 22, 11 |
Modifications of dithiocyanatodiammine copper (II) complex. II. Investigation of properties of modifications of dithiocyanatodiamminecopper(II) by thermal analysis |
42 |
– |
49 |
H. Langfelderová, M. Kabešová, J. Garaj, and J. Gažo |
Vol. 22, 1 |
Modifications of dithiocyanatodiammine copper(II) complex. I. Effect of concentration and of temperature of the formation of modifications of dithiocyanatodiammine copper(II) |
887 |
– |
893 |
M. Kabešová, H. Langfelderová, J. Garaj, and J. Gažo |
Vol. 21, 12 |
Oxidation-reduction changes in some complexes and the trans-effect |
937 |
– |
941 |
J. Gažo |
Vol. 21, 12 |
Effect of pressure and temperature on the isomerization of Cu(NH3)2Br2 |
458 |
– |
461 |
J. Garaj and J. Gažo |
Vol. 20, 6 |
CuSO4-NH3-(NH4)2CO3-NH4SCN-H2O system. II. Physicochemical investigation of solutions |
196 |
– |
201 |
J. Garaj and J. Gažo |
Vol. 20, 3 |
Isomersion of copper complexes |
212 |
– |
221 |
J. Gažo |
Vol. 20, 3 |
Potentiometric and conductometric studies of cupric chloride and cupric bromide in acetone |
105 |
– |
114 |
Z. Kompišová and J. Gažo |
Vol. 20, 2 |
Effect of radiation on the halogenating activity of halocopper(II) and haloiron(III) complexes |
729 |
– |
737 |
G. Ondrejovič, J. Čislovová, and Ján Gažo |
Vol. 20, 10 |
Chlorate complexes of copper(II) and cobalt(II) in acetone |
673 |
– |
678 |
Ľ. Macášková and J. Gažo |
Vol. 19, 9 |
The CuSO4-(NH4)2CO3-NH3-NH4SCN-H2O system. I. The solids precipitating from the system |
593 |
– |
603 |
J. Garaj and J. Gažo |
Vol. 19, 8 |
Oxidation and reduction of copper(II) complexes, resulting from ligand interaction |
826 |
– |
832 |
J. Gažo |
Vol. 19, 11 |
Application of the Peyron and Jorgensen rule for copper(II) complexes |
13 |
– |
20 |
J. Garaj and J. Gažo |
Vol. 19, 1 |
New photometric procedure for the determination of the water in acetone |
655 |
– |
660 |
J. Gažo and J. Truchlý |
Vol. 18, 9 |
The preparation of solvates of copper(I) and copper(II) perchlorates with acrylonitrile |
281 |
– |
284 |
G. Ondrejovič, O. Sadovský, and J. Gažo |
Vol. 18, 4 |
Perchlorate complexes of Cu(II) and Co(II) and nitrato complexes of Co(II) in the acetone |
717 |
– |
724 |
J. Gažo |
Vol. 17, 10-11 |
Spectrophotometric determination of copper |
553 |
– |
561 |
J. Gažo and Z. Arje |
Vol. 16, 7 |
Nitrate group as a ligand in coperII-complex solutions |
439 |
– |
448 |
J. Gažo |
Vol. 16, 6 |
Polarographic detection of chloro complexes of bivalent copper in acetone |
113 |
– |
119 |
J. Gažo and J. Sűss |
Vol. 15, 2 |
Mutually related effect of ligands in copper(II) complexes |
20 |
– |
35 |
J. Gažo |
Vol. 15, 1 |
The validity of Peyrone's and J.ovrddot.organsen's rule for complex cupric compounds |
3 |
– |
15 |
J. Gažo, K. Serátorová, and M. Serátor |
Vol. 13, 1 |
The relative formation of copper, cobalt, and iron chlorocomplexes in acetone |
274 |
– |
280 |
J. Gažo |
Vol. 11, 5 |
The spectrophotometric research of chlorocupric complexes in acetone. IV |
143 |
– |
149 |
J. Gažo |
Vol. 11, 3 |
The spectrophotometric measurements of chloro-cupric complexes in acetone. III |
107 |
– |
112 |
J. Gažo |
Vol. 11, 2 |
The aging of the system Cu2+-Cl--Br--acetone |
633 |
– |
640 |
J. Gažo and T. Šramko |
Vol. 11, 11 |
The existence of the trans effect of halogen cupric complexes |
7 |
– |
14 |
J. Gažo |
Vol. 11, 1 |
Spectrophotometric research in chlorocopper complexes in acetone. I |
509 |
– |
515 |
J. Gažo |
Vol. 10, 8 |
The use of a monochromator in place of a spectrophotometer |
250 |
– |
253 |
E. Plško and J. Gažo |
Vol. 10, 4 |
The spectrophotometric investigation of chlorocopper complexes in acetone. II. The aging of cupric chloride in the acetone |
612 |
– |
616 |
J. Gažo |
Vol. 10, 10 |