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

Published monthly

Author: Bobok

Modelling of Gas Phase Adsorption on Activated Carbon. I. Experiment and Equilibrium Model	391	–	396
E. Besedova, D. Bobok, S. Bafrncova, and P. Steltenpohl	Vol. 58, 6
Mechanism of Ethanol Vapours Diffusion in Particles of Activated Carbons	55	–	63
D. Bobok and E. Besedová	Vol. 58, 1
Adsorption of Ethanol on Activated Carbon	27	–	34
E. Besedová and D. Bobok	Vol. 57, 1
Diusion of Ethanol Vapours in Activated Carbon Particles	39	–	44
D. Bobok and E. Besedová	Vol. 57, 1
Error in the Estimation of Effective Diffusion Coefficients from Sorption Measurements	482	–	488
D. Bobok and E. Besedová	Vol. 54, 6b
Diffusion Coefficients of n-Hexane in Particles of Molecular Sieve NaY Determined by means of Chromatographic Measurements	363	–	367
D. Bobok and M. Ondrejková	Vol. 46, 6
Diffusion-coefficients of normal-heptane in a particle of molecular-sieve nay	345	–	361
D. Bobok, M. Ondrejková, and E. Kossaczký	Vol. 43, 3
Some problems of simulation of nonisothermal adsorption	3	–	18
E. Kossaczký, T. Kapusta, and D. Bobok	Vol. 40, 1
Adsorption equilibriums on activated carbon of phenol, p-cresol, and p-nitroaniline in aqueous solutions	289	–	296
V. Báleš, D. Bobok, and E. Kossaczký	Vol. 37, 3
Calculation of nonlinearly placed parameters by the method of planned experiment	433	–	445
D. Bobok, I. Havalda, E. Kossaczký, and M. Ondrejková	Vol. 36, 4
Sorption of carbon dioxide in a fixed bed of the molecular sieve Calsit 5. I. Verification of the model of equilibrium adiabatic sorption with the modified Langmuir equation	589	–	601
D. Bobok, E. Kossaczký, and V. Báleš	Vol. 34, 5
Adiabatic equilibrium desorption of carbon dioxide from a molecular sieve fixed bed by a stream of inert gas	439	–	447
E. Kossaczký, D. Bobok, and V. Báleš	Vol. 33, 4
Adiabatic adsorption of carbon dioxide in fixed bed of the molecular sieve Calsit 5	357	–	364
D. Bobok, E. Kossaczký, and V. Báleš	Vol. 33, 3
Viscosity of the slag systems iron-oxygen-silica-X (X = calcium oxide or magnesium oxide)	798	–	809
L. Bodnár, Š. Cempa, K. Tomášek, and Ľ. Bobok	Vol. 32, 6
Description of equilibrium data of the adsorption of n-heptane on molecular sieve 5 A by an actual form of the Freundlich isotherm	303	–	311
D. Bobok, E. Kossaczký, and M. Šefčíková	Vol. 29, 3
Entropy of adsorption of n-pentane on molecular sieve Calsit 5	191	–	198
M. Šefčíková, E. Kossaczký, and D. Bobok	Vol. 29, 2
Diffusion of n-pentane vapor in a crystal of molecular sieve 5 A	166	–	172
E. Kossaczký and D. Bobok	Vol. 28, 2
Sorption of n-Alkanes on the Molecular Sieves. II. A Mathematical Model for Desorption	252	–	256
J. Ilavský, E. Kossaczký, and D. Bobok	Vol. 24, 4
Sorption of n-Alkanes on the Molecular Sieves. I. Description of the Equipment	134	–	138
D. Bobok, E. Kossaczký, and J. Ilavský	Vol. 24, 2
Adsorption Equilibria of «-Heptane on the Molecular Sieve Calsit 5	3	–	12
D. Bobok, E. Kossaczký, and J. Ilavský	Vol. 24, 1