Zeolites are microporous materials with pores and channels of molecular dimensions that
find numerous applications in catalysis, separations, ion exchange, etc. However, whereas …

The analytical applications of the evolved gas analyses (EGAs) performed by mass
spectrometry for the period extending from 2005 to 2010 are collected in this review. By …

Zeolite crystallization predominantly occurs by nonclassical pathways involving the
attachment of complex (alumino) silicate precursors to crystal surfaces, yet recurrent images …

A synthesis strategy to tailor the acid sites location in ferrierite crystals has been developed.
The zeolite catalysts were synthesised in fluoride medium using different combinations of …

We present a perspective on the molecular modelling of nanoporous silica material
synthesis. We focus on two classes of materials: microporous zeolite materials in their all …

As the most important nanoporous material, zeolites, which have intricate micropores, are
essential heterogeneous catalysts in industrial processes. Zeolites are generally …

Geologic disposal of vitrified radioactive material is planned in several countries, but there
are remaining uncertainties related to the long-term stability of glass exposed to …

Sonogashira cross‐coupling of bromophenylethenyl‐terminated cubic, double four‐ring,
siloxane cages with di‐/triethynyl compounds results in microporous poly (ethynylene …

Hydrothermal synthesis of zeolites often requires the presence of an organic molecule or
structure directing agent (SDA), which participates in the organization of the inorganic …

The entire sequence of crystallization processes, starting with the formation of precursor
particles, proceeding through the nucleation stage, and finishing with complete …