Titlebook: Expanded Clays and Other Microporous Solids; Mario L. Occelli,Harry E. Robson Book 1992Latest edition Springer Science+Business Media New

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Christian Barthel,Dirk Heidemannylene and isobutylene in a continuous flow reactor. The latter two materials are novel hybrid catalysts, and the Fe/SiO./CMS is an inorganic oxide-modified carbon molecular sieve (IOM-CMS). The carbon molecular sieving catalysts provide reactant shape selectivity for propylene versus isobutylene hyd

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Unternehmensethik und Verantwortung,Layered materials continue to evince interest because their nonrigid structure permits the intercalation of host molecules or compounds, which give rise to new products with properties of great interest in several fields: catalysis, ionic conduction, gas absorption, etc.

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Intercalation Properties of Layered Metal (IV) Phosphates Towards Organic Bases, Metal Complexes anLayered materials continue to evince interest because their nonrigid structure permits the intercalation of host molecules or compounds, which give rise to new products with properties of great interest in several fields: catalysis, ionic conduction, gas absorption, etc.

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,Fazit: Führung als Personalressource,ggin ion- pillared clays are calculated and compared with literature data. Layered phosphates and titanates have much higher charges, which should produce smaller cavities. Methods of achieving a range of pore sizes are described and compared to preliminary experimental results on the pillaring of these classes of layered compounds.

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Surface and Cracking Properties of Expanded Clays Dried with a Supercritical Fluid,ials with high (450–650 m./g) surface area, macroporosity (350–400 m./g), and pore volume (~1.5 cc/g), which are thermally stable to 800°C. If drying at supercritical conditions is replaced by air drying (AD), the clays lose their macroporosity, and in the case of montmorillonite, a large decrease in BET surface area is also observed.