Zeolite catalysis, a basis for technical progress in petroleum processing and petroleum chemistry B. K. Nefedov OriginalPaper Pages: 65 - 67
Preparation of faujasites with high-silica framework S. M. KhadzhievS. E. SpiridonovM. E. Machinskaya OriginalPaper Pages: 68 - 74
High-silica faujasites obtained by modification of Y zeolite by ammonium hexafluorosilicate A. V. AbramovaB. L. KhusidB. K. Nefedov OriginalPaper Pages: 75 - 77
Regularities and peculiarities of the synthesis of molecular sieves with pentasil structure T. V. Limova OriginalPaper Pages: 78 - 81
Synthesis of pentasil type zeolite using amorphous seeds N. F. Meged'O. A. MulinaP. P. Kosmachev OriginalPaper Pages: 82 - 83
Ferrosilicates with the pentasil structure: Synthesis and physicochemical properties E. E. KnyazevaT. V. LimovaN. F. Meged' OriginalPaper Pages: 84 - 87
Synthesis of ferrosilicates with the pentasil structure L. A. UspenskayaA. P. KosolapovaL. M. Kustov OriginalPaper Pages: 88 - 90
Correlation of acid and catalytic properties of high-silicon zeolite catalysts of aromatization of propane B. L. Vorob'evYu. N. KoshelevO. M. Oranskaya OriginalPaper Pages: 90 - 93
Effect of the nature, shape, and size of crystals on the activity and stability of pentasils A. A. KamenskiiE. N. KozlovaV. A. Vyazkov OriginalPaper Pages: 93 - 96
A new area of application of broad-line proton NMR. Study of the strength of bronsted acid sites on the surface of solids (hy zeolite) P. BatamackC. Doremieux-MorinJ. Fraissard OriginalPaper Pages: 97 - 102
Physicochemical properties of high-silica zeolites (review) B. K. Nefedov ReviewPaper Pages: 103 - 117