Sentence examples for open zeolite structures from inspiring English sources

More open zeolite structures allow for a faster conjugation reaction, while securing a fast removal of the reactive conjugated triglycerides, otherwise rapidly deactivating through fouling and pore blockage by polymers.

Lamellar zeolites like layered IPC-1 precursor, IPC-1P, offer unprecedented opportunities for creating diversity of more open zeolite structures prepared post-synthesis by expanding and modifying the interlamellar space.

Lamellar zeolite forms like layered MCM-22 precursor, MCM-22P, offer unprecedented opportunities for creating diversity of more open zeolite structures prepared post-synthesis by expanding and modifying the interlamellar space.

Our online Atlas of prospective zeolite structures presents the zeolite community with a powerful resource.

Up to data, 194 different zeolite structures with various physicochemical properties are known.

Zeolite materials have proved very useful as chemical catalysts and the search for new zeolite structures with novel channel and pore shapes is ongoing.

(ii) The development and prospects of two-dimensional zeolites presenting an extended view/concept of zeolite structures integrating the classical 3D frameworks and the various lamellar forms.

It is also important to note that similar chemistry may be possible with several other zeolite structures.

The rate of synthesis of new zeolite structures experimentally, however, remains slow, thanks to two significant bottlenecks.

The conversion of amorphous cell walls of MCM-41 or SBA-15 type mesoporous materials towards crystalline zeolite structures (such as TUD-C, or zeolite Y encapsulated in TUD-1) is also considered bottom-up.

Quite often, complicated organic SDAs, or exotic framework constituents (e.g. Ge and Ga), or fluoride-assisted syntheses are required to even synthesize (new) zeolite structures.