Zeolites are aluminosilicate solids bearing a negatively charged honeycomb framework of
micropores into which molecules may be adsorbed for environmental decontamination, and …

As an omnipresent phenomenon in nature, diffusion is among the rate-determining
processes in many technological processes. This is in particular true for catalytic conversion …

The cleavage of C–O bonds in phenol, catechol, and guaiacol has been explored with mono-
and dual-functional catalysts containing Ni and/or HZSM-5 in the aqueous phase. The …

The widespread use of crystalline microporous materials and in particular inorganic
molecular sieves such as zeolites makes it necessary to characterize these materials by a …

The impregnation of zinc particles into MFI zeolite (HZSM-5) caused the formation of
catalytically active protonic acid sites for isomerizing n-pentane in the presence of hydrogen …

Benzene alkylation with ethene over zeolite H-ZSM-5 has been investigated using density
functional theory. Three different reaction mechanisms two one-step schemes and one two …

Monitoring complex catalytic pathways under industrially-relevant conditions is one of the
key challenges in catalysis chemistry and technology. Herewith we describe a direct …

Diffusion is among the rate‐controlling processes in the technological application of
nanoporous materials, including separation and conversion processes. Over decades, the …

Microporous and mesoporous (hierarchical) ZSM-5 samples, prepared by desilication,
dealumination and templating with carbon nanoparticles have been characterized by …

The effects of iridium loading on the properties of Ir/Pt-HZSM5 and n-pentane isomerization
were studied. XRD, IR, and NMR results indicated that increasing iridium loading did not …