Aluminosilicate zeolites such as UTD‐1 (structure shown) belong to a family of nanoporous
inorganic materials that find utility in catalysis, separation, and ion exchange. During the last …

Phosphorus is a vital element both in living matter and in the Earth's crust. The human body
contains about 1% by weight of the element phosphorus, about 4/5 of this being present as …

Widely used in adsorption, catalysis and ion exchange, the family of molecular sieves such
as zeolites has been greatly extended and many advances have recently been achieved in …

Simple transformations of an unbranched parent chain lead to a diverse range of
aluminophosphates with 1D chain, 2D porous layer, and 3D open‐framework structures. A …

The increasing demand for enantiomerically pure chemicals has stimulated extensive
research into the preparation of heterogeneous chiral catalysts or separation media that …

Die alumosilicatischen Zeolithe wie UTD‐1 (siehe Bild) bilden eine bemerkenswerte Familie
nanoporöser anorganischer Materialien, die in der Katalyse, in Trennverfahren und als …

Iron phosphates are of interest because of rich crystal chemistry and practical applications.
New crystalline iron phosphates have been prepared in aqueous or predominantly …

Current interest in homochiral solids is rapidly expanding because of their potential
applications in enantioselective processes.[1–7] For inorganic oxides such as zeolites in …

The synthesis and characterization of two novel aluminophosphate materials, obtained from
the same nonaqueous tetraethylene glycol− cyclopentylamine system, is reported. The first …

Microporous materials have been extensively studied due to their widespread applications
in ion exchange, separation, and catalysis.[1] Since the discovery of the first aluminum …