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 …

Abstract Development of solventothermal methods in the intermediate‐temperature (100–
600° C) range has been motivated by current interest in the design of solid‐state …

The review covers structural aspects of the chemistry of ternary and quaternary
chalcogenidometalates of the heavier Group 14 (Ge, Sn, Pb) and 15 (As, Sb, Bi) elements …

The synthesis and exploration of heterobimetallic chalcogenide compounds has been
studied intensely during the last decade. Besides the general interest in the exploration of …

Crystalline chalcogenides belong to the most promising class of materials. In addition to
dense solid‐state structures, they may form molecular cluster arrangements and networks …

Microporous materials have found extensive application as catalysts, ion-exchange media
and sorbents,. The discovery of mesoporous silica has opened the path to selective catalysis …

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

Recent advances in the design and synthesis of mesostructured and mesoporous materials
with nonoxide frameworks are reviewed. Chalcogenides comprise the most important class …

Sulfide-based open-framework materials are intriguing compounds. Apart from the fact that
they possess a very diverse and therefore interesting structural chemistry, these materials …

Synthetic and X-ray structural details, optical and vibrational spectroscopic, and thermal
properties of the materials [(CH3) 4N] 2M2Ge4S10 (where M= Cu, Ag), are described for the …