Very stable, amorphous mesoporous aluminas of the TUD-1 structure type with high surface areas (similar to530 m(2)/g) can be synthesised in a controlled manner using non-surfactant organic molecules. Their porosity as well as pore size can be adjusted either by heating a dried gel in an autoclave or by changing gel ageing procedures. High surface areas can be reached by controlling two important parameters: the water to aluminium ratio in the initial synthesis mixture, and the drying and heating process in the autoclave. (C) 2003 Elsevier B.V. All rights reserved.</p
This article combines a systematic literature review on the fabrication of macroporous α-Al2O3 with ...
A novel sol-gel process for preparing alumina sol is reported in this article. Ultrasound is used to...
Two novel and simple synthesis pathways, one surfactant-assisted and one template-free, have recentl...
Very stable, amorphous mesoporous aluminas of the TUD-1 structure type with high surface areas (simi...
Alumina mesophases have been synthesized by reacting aluminum alkoxides and carboxylic acids with co...
An efficient route to stabilize alumina mesophases derived from evaporation-induced self-assembly is...
The facile synthesis of highly ordered mesoporous aluminas with high thermal stability and tunable p...
We have synthesized alumina mesoporous molecular sieves with a cationic surfactant (CTAB) exhibiting...
We report a new synthetic route of thermally stable alumina mesoporous molecular sieves with a catio...
High surface area nanosized alpha-alumina has been obtained by thermally treating a sol-gel-derived ...
The morphologically controlled synthesis of mesoporous alumina using Al(NO3)(3)/NH3/urea/surfactant ...
Hierarchical aluminas with pore sizes ranging from a few nanometers to micrometers were obtained usi...
By varying concentration of PEG1000 as a structure-directing agent, mesoporous alumina with excellen...
A novel sol-gel process has been developed for the synthesis of amorphous silica-aluminas with contr...
Hierarchical porous gamma-alumina is successfully fabricated from a precursor solution consisting of...
This article combines a systematic literature review on the fabrication of macroporous α-Al2O3 with ...
A novel sol-gel process for preparing alumina sol is reported in this article. Ultrasound is used to...
Two novel and simple synthesis pathways, one surfactant-assisted and one template-free, have recentl...
Very stable, amorphous mesoporous aluminas of the TUD-1 structure type with high surface areas (simi...
Alumina mesophases have been synthesized by reacting aluminum alkoxides and carboxylic acids with co...
An efficient route to stabilize alumina mesophases derived from evaporation-induced self-assembly is...
The facile synthesis of highly ordered mesoporous aluminas with high thermal stability and tunable p...
We have synthesized alumina mesoporous molecular sieves with a cationic surfactant (CTAB) exhibiting...
We report a new synthetic route of thermally stable alumina mesoporous molecular sieves with a catio...
High surface area nanosized alpha-alumina has been obtained by thermally treating a sol-gel-derived ...
The morphologically controlled synthesis of mesoporous alumina using Al(NO3)(3)/NH3/urea/surfactant ...
Hierarchical aluminas with pore sizes ranging from a few nanometers to micrometers were obtained usi...
By varying concentration of PEG1000 as a structure-directing agent, mesoporous alumina with excellen...
A novel sol-gel process has been developed for the synthesis of amorphous silica-aluminas with contr...
Hierarchical porous gamma-alumina is successfully fabricated from a precursor solution consisting of...
This article combines a systematic literature review on the fabrication of macroporous α-Al2O3 with ...
A novel sol-gel process for preparing alumina sol is reported in this article. Ultrasound is used to...
Two novel and simple synthesis pathways, one surfactant-assisted and one template-free, have recentl...