Conspectus Zeolites and related crystalline microporous materials with cavities and
channels of molecular dimensions are of major importance for applications ranging from ion …

In this review we discuss the roles that inorganic and organic components play in the
synthesis of high-silica zeolites. We discuss the effects that heteroatom identity, heteroatom …

Zeolite Beta nanocrystals were prepared from basic aluminosilicate precursor solutions
upon hydrothermal treatment at 100° C. The Si/Al ratio of the initial system was …

This paper deals with the use of the fluoride route in the synthesis of silica-based zeolites
and metallophosphates (mainly gallophosphates) microporous materials, with a special …

The first zeolite structure (ITQ-40) that contains double four (D4) and double three (D3)
member ring secondary building units has been synthesized by introducing Ge and NH4F …

The location of the fluoride ion in tetrapropylammonium fluoride silicalite-1 ([TPA]-F-[Si-MFI]),
an as-synthesized siliceous zeolite with the MFI topology, has been unambiguously …

By combining a rational design of structure directing agents and high throughput and data
mining techniques, it has been possible to obtain Ge-free ITQ-24 as pure silica as well as …

We have investigated through molecular simulation the intrusion of electrolytes in two
representative pure-silica zeolites, silicalite-1 and chabazite, in which point defects were …

The local structure of the [SiO4/2F]-unit in fluoride-containing as-synthesized STF zeolite has
been experimentally determined by a combination of solid-state NMR and microcrystal X-ray …

We used a flexible organic structure-directing agent (OSDA) and high-throughput (HT)
synthesis techniques to explore a large composition region. A zeolite with the largest pores …