Porous heterostructured clays - PCHs - are lamellar solids with acid and adsorptive properties serving as catalysts or catalyst supports formed on a template mechanism. This work provides information about porous heterostructured clays. Historical aspects of the development of lamellar solids to porous heterostructured clays will be discussed, and detailed information on synthesis and applicationaspects, as well as on the influence of eachreagent on these materials and the characterization techniques used to prove their formation will be given
The fundamental studies on pillared clays developped rapidly during the last decades. The precise co...
Composite clay nanostructures (CCNs) were observed in intercalating Laponite clay with alumina in th...
Phosphomolybdic acid dispersed in the micropores of sulphate treated Zr-pillared clay (PMA-SZr-P) wa...
New delaminated porous silica/alumina–clay heterostructures have been prepared by an innovative appr...
Clay minerals are natural hydrous aluminosilicate and possess a layered silicate structure that can ...
Heteropolyacids (HPAs) possess both acidic and redox catalytic properties and held extensive promise...
Metal oxide pillared clay (PILC) possesses several interesting properties, such as large surface are...
© 2014 Elsevier B.V. Porous clay heterostrucures (PCHs) are clay mineral based porous materials that...
Cr-pillared montmorillonite clay (Cr-P) was prepared by intercalation of chromium oxyhydroxy cationi...
In this investigation, the structural and interlayer modifications of the clay material by intercala...
Production and hosting by Elsevier B.V. on behalf of Cairo University. interest due to their applica...
The pore structure formation in bentonite, pillared with a mixed sol of silicon and titanium hydroxi...
Green conversion in organic synthesis is one of the interesting and important topics in green chemis...
The porous structure of montmorillonite fixed by chromium oxide was studied by nitrogen, water vapor...
The synthesis, characterization and some applications in catalysis of pillared clays are described a...
The fundamental studies on pillared clays developped rapidly during the last decades. The precise co...
Composite clay nanostructures (CCNs) were observed in intercalating Laponite clay with alumina in th...
Phosphomolybdic acid dispersed in the micropores of sulphate treated Zr-pillared clay (PMA-SZr-P) wa...
New delaminated porous silica/alumina–clay heterostructures have been prepared by an innovative appr...
Clay minerals are natural hydrous aluminosilicate and possess a layered silicate structure that can ...
Heteropolyacids (HPAs) possess both acidic and redox catalytic properties and held extensive promise...
Metal oxide pillared clay (PILC) possesses several interesting properties, such as large surface are...
© 2014 Elsevier B.V. Porous clay heterostrucures (PCHs) are clay mineral based porous materials that...
Cr-pillared montmorillonite clay (Cr-P) was prepared by intercalation of chromium oxyhydroxy cationi...
In this investigation, the structural and interlayer modifications of the clay material by intercala...
Production and hosting by Elsevier B.V. on behalf of Cairo University. interest due to their applica...
The pore structure formation in bentonite, pillared with a mixed sol of silicon and titanium hydroxi...
Green conversion in organic synthesis is one of the interesting and important topics in green chemis...
The porous structure of montmorillonite fixed by chromium oxide was studied by nitrogen, water vapor...
The synthesis, characterization and some applications in catalysis of pillared clays are described a...
The fundamental studies on pillared clays developped rapidly during the last decades. The precise co...
Composite clay nanostructures (CCNs) were observed in intercalating Laponite clay with alumina in th...
Phosphomolybdic acid dispersed in the micropores of sulphate treated Zr-pillared clay (PMA-SZr-P) wa...