Catalysis and nanotechnologies: from fundamental research to modern Russian large-scale industry V. N. Parmon OriginalPaper 28 March 2009 Pages: 1 - 10
Nanostructured carbon materials for catalysis and adsorption V. A. LikholobovV. F. SurovikinO. N. Baklanova OriginalPaper 28 March 2009 Pages: 11 - 16
Size effects in catalysis by supported metal nanoparticles V. I. BukhtiyarovB. L. MorozI. P. Prosvirin OriginalPaper 28 March 2009 Pages: 17 - 28
Nanostructured catalytic membrane reactors of the new generation G. F. TereshchenkoA. A. MalyginI. I. Moiseev OriginalPaper 28 March 2009 Pages: 29 - 37
Investigation of deep methane oxidation with the use of the improved flowing circulation method I. Yu. PakharukovN. N. BobrovV. N. Parmon OriginalPaper 28 March 2009 Pages: 38 - 42
Investigation of the thermal stability of the chromia-alumina catalysts for the process of the one-stage dehydrogenation of n-butane V. S. BabenkoN. A. PakhomovR. A. Buyanov OriginalPaper 28 March 2009 Pages: 43 - 49
Solid acid alkylation of isobutane by butenes: the path from the ascertainment of the reasons for fast deactivation to the technological execution of the process A. V. LavrenovE. N. BogdanetsV. K. Duplyakin OriginalPaper 28 March 2009 Pages: 50 - 60
Industrial operation experience of PR reforming catalysts M. D. SmolikovD. I. Kir’yanovA. S. Belyi OriginalPaper 28 March 2009 Pages: 61 - 65
Production and operation of dehydrogenation catalysts G. R. Kotel’nikovV. P. BespalovD. V. Kachalov OriginalPaper 28 March 2009 Pages: 66 - 69
The deactivation of polyoxide catalysts and their regeneration K. Dosumov OriginalPaper 28 March 2009 Pages: 70 - 75
Detoxication of nitrose gases formed in the production of adipic acid: The two-stage catalytic cleaning process E. V. OvchinnikovaV. A. ChumachenkoA. S. Noskov OriginalPaper 28 March 2009 Pages: 76 - 84
The experience of the industrial operation of JSC AZK and OS production reforming catalysts I. D. ReznichenkoM. I. TselyutinaB. V. Krasii OriginalPaper 28 March 2009 Pages: 85 - 89
The deactivation of the decomposition catalyst of chemical-recovery ammonia O. I. PlatonovL. Sh. TzemekhmanE. N. Stepanov OriginalPaper 28 March 2009 Pages: 90 - 93