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Zeolites and zeolite-like materials
Pure and Applied Chemistry, 1986Abstract
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2014
Zeolite membranes are selective barriers, which can be supported or not, and prepared with well-defined aluminosilicate crystalline structures having a uniform and well-defined porous framework. Zeolites are attractive molecular sieve materials which have been used for a long time as adsorbents, catalysts, and softeners in detergents (ion-exchange ...
Julbe, Anne, Drobek, Martin
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Zeolite membranes are selective barriers, which can be supported or not, and prepared with well-defined aluminosilicate crystalline structures having a uniform and well-defined porous framework. Zeolites are attractive molecular sieve materials which have been used for a long time as adsorbents, catalysts, and softeners in detergents (ion-exchange ...
Julbe, Anne, Drobek, Martin
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2014
Zeolite X, together with zeolite Y, belongs to the family of aluminosilicate molecular sieves with a faujasite-type structure (FAU). It is characterized by the formula |(Ca, Mg, Na 2) 29 (H 2O) 240|[Al 58Si 134O 384]– FAU (International zeolite association (IZA)).
Julbe, Anne, Drobek, Martin
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Zeolite X, together with zeolite Y, belongs to the family of aluminosilicate molecular sieves with a faujasite-type structure (FAU). It is characterized by the formula |(Ca, Mg, Na 2) 29 (H 2O) 240|[Al 58Si 134O 384]– FAU (International zeolite association (IZA)).
Julbe, Anne, Drobek, Martin
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1992
Abstract The properties of zeolites derive directly from the particular characteristics of their crystal structures and the broad field of solid state chemistry provides few other examples where the interplay between local structure and bulk macroscopic properties can be so directly observed.
P. Christophliemk, P. Gerike, M. Potokar
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Abstract The properties of zeolites derive directly from the particular characteristics of their crystal structures and the broad field of solid state chemistry provides few other examples where the interplay between local structure and bulk macroscopic properties can be so directly observed.
P. Christophliemk, P. Gerike, M. Potokar
openaire +2 more sources