SPRINGER
INSTITUTE OF CHEMISTRY
SLOVAK ACADEMY OF SCIENCES
Home
Editorial Board
Information for Contributors
Table of Contents
Contacts
ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7
Published monthly
Author:
Žurková
Interaction of tacrine-coumarin derivatives with double stranded DNA: spectroscopic and molecular docking study
3993
–
4006
Eva Konkoľová
,
Monika Hudáčová
,
Slávka Hamuľaková
,
Katarzyna E. Nowak
, and
Mária Kožurková
Vol.
77
,
7
Antimicrobial activity and DNA/HSA interaction of fluorinated 3,6,9-trisubstituted acridines
2327
–
2337
Patrik Nunhart
,
Eva Konkoľová
,
Ladislav Janovec
,
Jana Kašpárková
,
Jaroslav Malina
,
Viktor Brabec
,
Mária Matejová
,
Beata Miltáková
,
Ladislav Novotny
,
Oludotun A. Phillips
,
Edet Udo
, and
Mária Kozurkova
Vol.
74
,
7
Correction to: Antimicrobial activity and DNA/HSA interaction of fluorinated 3,6,9-trisubstituted acridines
2339
–
2339
Patrik Nunhart
,
Eva Konkoľová
,
Ladislav Janovec
,
Jana Kašpárková
,
Jaroslav Malina
,
Viktor Brabec
,
Mária Matejová
,
Beata Miltáková
,
Ladislav Novotny
,
Oludotun A. Phillips
,
Edet Udo
, and
Mária Kozurkova
Vol.
74
,
7
Synthesis and Properties of 1,4-Butanediammonium Poly vanadates
203
–
209
Ľ. Žúrková
,
R. Kucsera
, and
M. Drábik
Vol.
54
,
4
Synthesis and Properties of Ethanolammonium Decavanadates
114
–
118
E. Rakovský
and
Ľ. Žúrková
Vol.
52
,
2
The 75th Anniversary of Miroslav Zikmund
378
–
379
D. Gyepesová
and
Ľ. Žúrková
Vol.
50
,
6
Synthesis and Properties of Tripropylammonium Decavanadates
295
–
299
Ľ. Žúrková
,
Š. Špaček
, and
I. Tkáč
Vol.
48
,
5
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products. 12. Products of the reactions taking place in acidified solutions of lithium and magnesium metavanadate
9
–
16
Ľ. Žúrková
,
Č. Gőczeová
,
E. Drobná
, and
S. Korenková
Vol.
43
,
1
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products .9. Products of the reactions taking place in acidified solutions of rubidium and cesium meta-vanadate and study of the
51
V-NMR spectra of of aqueous solutions of polyvanadates
629
–
637
Ľ. Žurková
,
V. Suchá
, and
J. Schraml
Vol.
39
,
5
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products. VI. Products of the reactions taking place in acidified solutions of strontium metavanadate
799
–
808
M. Drábik
and
Ľ. Žúrková
Vol.
36
,
6
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products. VII. Products of the reactions taking place in acidified solutions of ammonium metavanadate
809
–
814
Ľ. Žúrková
and
Ľ. Ulická
Vol.
36
,
6
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products V. System sodium metavanadate—thallium(I) acetate—acetic acid (nitric acid)—water
621
–
628
D. Pápežová
and
Ľ. Žurková
Vol.
35
,
5
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products. III. Products of the reactions taking place in acidified solutions of sodium metavanadate
452
–
459
V. Suchá
and
Ľ. Žurková
Vol.
34
,
4
Influence of temperature, vanadium concentration, and degree of solution acidification on composition of the solid products. II. Products of the reactions taking place in acidified solutions of calcium metavanadate
749
–
757
T. Tkáč
and
Ľ. Žurková
Vol.
33
,
6
Calcium ammonium meta- and decavanadate
756
–
761
M. Sivák
and
Ľ. Žurková
Vol.
27
,
6
Cadmium metavanadate formation in solution and preparation of the crystalline product
936
–
940
Ľ. Ulická
and
Ľ. Žurková
Vol.
22
,
12
Preparation of crystalline barium metavanadate and some of its physicochemical properties
73
–
76
Ľ. Žurková
,
J. Čorba
, and
V. Suchá
Vol.
22
,
1
Preparation and some crystallographic data of decavanadates of alkaline earth metals
486
–
489
F. Hanic
and
Ľ. Žúrková
Vol.
15
,
7
Tuesday, December 03, 2024
IMPACT FACTOR 2023
2.1
SCImago Journal Rank 2023
0.381
SEARCH
Advanced
VOLUMES
» Online First Articles
⇓ Volumes 71 – 78
»
Volume 78
»
Volume 77
»
Volume 76
»
Volume 75
»
Volume 74
»
Volume 73
»
Volume 72
»
Volume 71
⇓ Volumes 61 – 70
»
Volume 70
»
Volume 69
»
Volume 68
»
Volume 67
»
Volume 66
»
Volume 65
»
Volume 64
»
Volume 63
»
Volume 62
»
Volume 61
⇓ Volumes 51 – 60
»
Volume 60
»
Volume 59
»
Volume 58
»
Volume 57
»
Volume 56
»
Volume 55
»
Volume 54
»
Volume 53
»
Volume 52
»
Volume 51
⇓ Volumes 41 – 50
»
Volume 50
»
Volume 49
»
Volume 48
»
Volume 47
»
Volume 46
»
Volume 45
»
Volume 44
»
Volume 43
»
Volume 42
»
Volume 41
⇓ Volumes 31 – 40
»
Volume 40
»
Volume 39
»
Volume 38
»
Volume 37
»
Volume 36
»
Volume 35
»
Volume 34
»
Volume 33
»
Volume 32
»
Volume 31
⇓ Volumes 21 – 30
»
Volume 30
»
Volume 29
»
Volume 28
»
Volume 27
»
Volume 26
»
Volume 25
»
Volume 24
»
Volume 23
»
Volume 22
»
Volume 21
⇓ Volumes 11 – 20
»
Volume 20
»
Volume 19
»
Volume 18
»
Volume 17
»
Volume 16
»
Volume 15
»
Volume 14
»
Volume 13
»
Volume 12
»
Volume 11
⇓ Volumes 1 – 10
»
Volume 10
»
Volume 9
»
Volume 8
»
Volume 7
»
Volume 6
»
Volume 5
»
Volume 4
»
Volume 3
»
Volume 2
»
Volume 1
»
Most Cited Articles
»
Impact Factor
»
SCImago Journal Rank
© 2024 Chemical Papers