While the use of the so-called organic structure-directing agents (OSDAs) is no stranger to zeolite synthesis at all, the effects of their charge distribution and conformational stability on the phase selectivity of the crystallization remain elusive. To systematically investigate these effects, we have prepared a series of imidazolium and pyrazolium derivatives with the same geometric shape but different positions of nitrogen atoms in the five-membered heterocyclic aromatic ring and used them as OSDAs for the synthesis of zeolites with pure-silica composition. Meaningful differences in the zeolite product were observed.11Ysciescopu
International audienceThis paper deals with the extension of the synthesis field of microporous zeol...
This review summarizes our recent work on zeolite syntheses in the presence of linear diquaternary a...
As one of the most important crystalline materials of industrial relevance, zeolites are utilized in...
During the last years, a tremendous progress has been achieved in the application of new zeolite mat...
DoctorZeolites and related crystalline materials have a wide variety of commercial applications in c...
[EN] A short imidazolium based dication, with only three methylene units in the spacer linker, selec...
Given their great potential as new industrial catalysts and adsorbents, the search for new zeolite s...
One common strategy in the search for new zeolites is the use of organic structure-directing agents ...
While organic structure directing agents (OSDAs) are well known to have a directional influence on t...
Three imidazolium cations based on the imidazolium ring, 1,2,3-triethylimidazolium (123TEI), 1,2,3-t...
The study on the synthesis of zeolites, including both the development of novel techniques of synthe...
Zeolites possessing novel structures and compositions have been produced using guest organic species...
[EN] An organic cation lacking specificity in its structure-directing action offers the possibility,...
[EN] The charge matching effect has been found to be an important parameter driving the synthesis to...
A computational method capable of predicting chemically-synthesizable organic structure directing ag...
International audienceThis paper deals with the extension of the synthesis field of microporous zeol...
This review summarizes our recent work on zeolite syntheses in the presence of linear diquaternary a...
As one of the most important crystalline materials of industrial relevance, zeolites are utilized in...
During the last years, a tremendous progress has been achieved in the application of new zeolite mat...
DoctorZeolites and related crystalline materials have a wide variety of commercial applications in c...
[EN] A short imidazolium based dication, with only three methylene units in the spacer linker, selec...
Given their great potential as new industrial catalysts and adsorbents, the search for new zeolite s...
One common strategy in the search for new zeolites is the use of organic structure-directing agents ...
While organic structure directing agents (OSDAs) are well known to have a directional influence on t...
Three imidazolium cations based on the imidazolium ring, 1,2,3-triethylimidazolium (123TEI), 1,2,3-t...
The study on the synthesis of zeolites, including both the development of novel techniques of synthe...
Zeolites possessing novel structures and compositions have been produced using guest organic species...
[EN] An organic cation lacking specificity in its structure-directing action offers the possibility,...
[EN] The charge matching effect has been found to be an important parameter driving the synthesis to...
A computational method capable of predicting chemically-synthesizable organic structure directing ag...
International audienceThis paper deals with the extension of the synthesis field of microporous zeol...
This review summarizes our recent work on zeolite syntheses in the presence of linear diquaternary a...
As one of the most important crystalline materials of industrial relevance, zeolites are utilized in...