MWW zeolite is one of the commercialized zeolites that shows great promise in
heterogeneous catalysis and other interdisciplinary application fields due to its coexisting …

An organic cation lacking specificity in its structure-directing action offers the possibility,
through the screening of other structure-directing parameters, to synthesize a variety of …

Zeolites are one of the most important materials in the family of solid catalysts. Research on
zeolite synthesis via designing new structure-directing agents (SDAs) is gaining continuous …

Introduction of small molar fractions of Ge in a synthesis system otherwise yielding the
monodimensional large-pore zeolite MTW produced three 3D large-pore materials as the …

HPM‐14 is a new extra‐large pore zeolite synthesized using imidazolium‐based organic
structure‐directing agents (SDAs), fluoride anions, and germanium and silicon as …

The choice of structure directing agents (SDAs) in zeolite synthesis significantly impacts the
arrangement of active sites, thereby influencing the stabilization of reaction intermediates …

In all-silica zeolites synthesized via the “fluoride route”, the fluoride anions are typically
incorporated in small cages, forming [SiO4F]− trigonal bipyramids. While diffraction and …

Direct synthesis of germanosilicate zeolites with low Ge content and improved hydrothermal
stability is a great challenge. Herein, we successfully achieve the direct synthesis of IWS …

Silicalite-1, an all-silica zeolite having the MFI topology, can be synthesized in the presence
of fluoride ions, which balance the charge of the cationic organic structure-directing agents …

Substituted-benzyl-containing N-methyl-ephedrinium derivatives (BMEP), prepared from the
highly-accessible (1R, 2S)-or (1S, 2R)-ephedrine alkaloids, have been found to act as …