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:
Tkac
Screen-printed conductive carbon layers for dye-sensitized solar cells and electrochemical detection of dopamine
3817
–
3829
Michal Hatala
,
Pavol Gemeiner
,
Lenka Lorencová
,
Milan Mikula
,
Matej Hvojnik
,
Michaela Pavličková
,
Aleš Ház
,
Daniel Kosnáč
,
Tomáš Bertók
, and
Ján Tkáč
Vol.
75
,
8
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
Progress in emerging techniques for characterization of immobilized viable whole-cell biocatalysts
2309
–
2324
Marek Bučko
,
Alica Vikartovská
,
Andrea Schenkmayerová
,
Ján Tkáč
,
Jaroslav Filip
,
Dušan Chorvát
Jr.
,
Vilém Neděla
,
Marion B. Ansorge-Schumacher
, and
Peter Gemeiner
Vol.
71
,
11
Biosensors – Topical issue
1
–
3
Jan Tkac
and
Pedro Estrela
Vol.
69
,
1
Gluconobacter sp. cells for manufacturing of effective electrochemical biosensors and biofuel cells
27
–
41
Aniko Bertokova
,
Tomas Bertok
,
Jaroslav Filip
, and
Jan Tkac
Vol.
69
,
1
Application of nanomaterials in microbial-cell biosensor constructions
42
–
53
Jana Šefčovičová
and
Jan Tkac
Vol.
69
,
1
Can glycoprofiling be helpful in detecting prostate cancer?
90
–
111
Stefan Belicky
and
Jan Tkac
Vol.
69
,
1
Graphene as signal amplifier for preparation of ultrasensitive electrochemical biosensors
112
–
133
Jaroslav Filip
,
Peter Kasák
, and
Jan Tkac
Vol.
69
,
1
Interfacing of microbial cells with nanoparticles: Simple and cost-effective preparation of a highly sensitive microbial ethanol biosensor
176
–
182
Jana Šefčovičová
,
Jaroslav Filip
, and
Jan Tkac
Vol.
69
,
1
Immobilization in biotechnology and biorecognition: from macro- to nanoscale systems
983
–
998
Marek Bučko
,
Danica Mislovičová
,
Jozef Nahálka
,
Alica Vikartovská
,
Jana Šefčovičová
,
Jaroslav Katrlík
,
Ján Tkáč
,
Peter Gemeiner
,
Igor Lacík
,
Vladimír Štefuca
,
Milan Polakovič
,
Michal Rosenberg
,
Martin Rebroš
,
Daniela Šmogrovičová
, and
Juraj Švitel
Vol.
66
,
11
The
β
-carotene dilemma: ESR study with coordinated peroxyl radicals
179
–
185
A. Tkáč
and
G. Scott
Vol.
60
,
3
Correlation of H-1, C-13, F-19 and P-31 NMR spectroscopy data with drug resistance of malignant cells
621
–
621
E. Hanusovska
,
I. Dovinova
,
I. Tkac
, and
L. Novotny
Vol.
52
,
SI
Synthesis and Properties of Tripropylammonium Decavanadates
295
–
299
Ľ. Žúrková
,
Š. Špaček
, and
I. Tkáč
Vol.
48
,
5
Fatty Acids Oxidation Studied by Electron Paramagnetic Resonance. 1. Initiation with Coordinated Peroxy Radicals and Reactions with Spin-Trapper DMPO
362
–
368
A. Tkáč
and
R. Stovíček
Vol.
47
,
6
Fatty Acids Oxidation Studied by Electron Paramagnetic Resonance. 2. Detection of Transient Free Radicals of Oleic, Linoleic, and Linolenic Acids
369
–
375
A. Tkáč
and
R. Stovíček
Vol.
47
,
6
Radical cations from 4,4'-methylenediphenols. Intermediary products of electron-transfer indicated by the epr method
247
–
255
L. Omelka
and
A. Tkáč
Vol.
45
,
2
Radical reactions in the cold microwave plasma of atomized gases studied by continuous ESR flow technique
737
–
768
A. Tkáč
Vol.
44
,
6
Utilization of ultrasound for the synthesis of 4-substituted 2,2,6,6-tetramethylpiperidinyloxyls
243
–
248
V. Kaliská
,
Š. Toma
, and
A. Tkáč
Vol.
42
,
2
Influence of oxygen on the Belousov—Zhabotinsku oscillating reaction. I. Dependence of oscillatory parameters on the gas flow, method of bubbling, stirring, and temperature
147
–
160
I. Tkáč
,
Ľ. Treindl
, and
A. Tkáč
Vol.
39
,
2
Influence of oxygen on the Belousov—Zhabotinskii oscillating reaction. II. Liberation of gaseous reaction products and concentration oscillations of oxygen
161
–
174
I. Tkáč
and
Ľ. Treindl
Vol.
39
,
2
Influence of oxygen on the Belousov—Zhabotinskii oscillating reaction. III. Release of bromides, kinetics of malonic acid oxidation by manganese(III), and simulating calculations
175
–
190
I. Tkáč
and
Ľ. Treindl
Vol.
39
,
2
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
Paramagnetic products formed in the reactions of organometallic compounds. X. Stabilization of intermediate keto products of salicylic acids by means of nickel
577
–
584
Ľ. Malík
,
A. Staško
,
A. Tkáč
, and
V. Adamčík
Vol.
33
,
5
Paramagnetic species in the reactions of organometallic reagents. VI. High-resolution ESR spectra of anion radicals
294
–
301
A. Staško
,
A. Tkáč
,
Ľ. Malík
,
V. Adamčík
, and
M. Hronec
Vol.
32
,
3
The Radical and Ion-Radical Mechanism of Polymerization of 2,6-Xylenol. III. Phenoxonium Ions
97
–
103
A. Tkáč
,
R. Přikryl
,
Ľ. Malík
, and
J. Kresta
Vol.
25
,
2
The Radical and Ion-Radical Mechanism of Polymerization of 2,6-Xylenol. IV. Reaction Catalyzed by Copper(II)-amine Complexes
104
–
113
A. Tkáč
and
J. Kresta
Vol.
25
,
2
The Radical and Ion-Radical Mechanism of Polymerization of 2,6-Xylenol. II. The Reactivity of Aryloxy Radicals with Соррег(П) Complexes
3
–
8
A. Tkáč
and
J. Kresta
Vol.
25
,
1
The Radical and Ion-Radical Mechanism of Polymerization of 2,6-Xylenol. I. Formation of Polymer Radicals and Consecutive Products
189
–
197
A. Tkáč
and
J. Kresta
Vol.
24
,
3
The reaction of polyisoprenes in oxidative radical processes
237
–
247
A. Tkáč
and
V. Kellö
Vol.
17
,
4
The macromolecular-free radical degradation level in the thermal degradation of polydienes as revealed by the electron-spin-resonance method
81
–
94
A. Tkáč
,
Z. Frait
, and
M. Ondris
Vol.
17
,
2
The stabilization of oils for electric insulation with vapors of resin acids. I. Theoretical
601
–
611
A. Tkáč
Vol.
16
,
8
The stabilization of oils for electric insulation with vapors of resin acids. II. Technical
612
–
624
A.Tkáč
Vol.
16
,
8
Physicochemical study of petroleum crude oil fractions. V. Reaction kinetics of oxidation
498
–
514
A. Tkáč
and
V. Kellö
Vol.
13
,
9
Physicochemical study of petroleum crude oil fractions. VI. The correlation of composition, stability, and dielectric properties of hydrocarbons from domestic crude oils
515
–
523
A. Tkáč
,
V. Kellö
, and
V. Pallo
Vol.
13
,
9
Physicochemical study of petroleum fractions. III. Qualitative analysis by infrared spectroscopy
396
–
422
A. Tkáč
Vol.
13
,
7-8
Physicochemical study of oil fractions from crude oil. I. Method and experimental technique
265
–
271
V. Kellö
,
V. Palo
, and
A. Tkáč
Vol.
13
,
5
The reasons for rapid hardening of thiokol
391
–
400
A. Tkáč
,
V. Kellö
, and
L. Ulický
Vol.
12
,
7
The effect of active clays on electric properties and stability of cable oils
512
–
515
A. Tkáč
and
V. Kellö
Vol.
8
,
8
Reaction kinetics in the aging of natural rubber by the infrared spectrograph. IV. Effect of the wave length of radiation and the temperature on aging by light
3
–
13
A. Tkáč
,
V. Kellö
, and
J. Hrivíková
Vol.
8
,
1
Study of reaction kinetics in the aging of natural rubber by infrared spectrography. II. Effect of light and antioxidants
385
–
408
V. Kellö
and
A. Tkáč
Vol.
7
,
7
Study of the reaction kinetics in the aging of natural rubber by infrared spectrography. II. Effect of light
257
–
288
A. Tkáč
and
V. Kellö
Vol.
7
,
5-6
Study of reaction kinetics in aging of natural rubber by infrared spectograph. I. Experimental technique
129
–
140
V. Kellö
and
A. Tkáč
Vol.
7
,
3-4
Infračervená spektrografia, jej použitie vo výskumne a v priemysle
111
–
128
A. Tkáč
Vol.
6
,
2
Hydration of anions
31
–
40
M. Liška
,
B. Stehlík
, and
A. Tkáč
Vol.
5
,
1-2
The molecular structure of glycine and DL-alanine
53
–
59
B. Stehlík
,
A. Tkáč
, and
N. Lišková
Vol.
4
,
2
An osmometric study of chloroform and chloral hydrate
164
–
168
B. Stehlík
and
A. Tkáč
Vol.
3
,
5-6
Mesohydric tautomerism of urea
33
–
38
B.Stehlík
and
A. Tkáč
Vol.
3
,
2
An osmometric study of thiourea
332
–
338
A. Tkáč
Vol.
3
,
10
Thursday, November 21, 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