Organic templates of meso- and macro-porous siliceous materials can be completely removed within minutes by microwave digestion, resulting in highly ordered inorganic frameworks with higher surface areas, larger pore volumes, lower structural shrinkage and richer silanol groups compared with those from conventional template removal methods
An innovative approach in the field of nanomaterials is to develop modern and mild synthetic protoco...
The use of conventional heating techniques in adsorbents preparation involves long synthesis time, h...
This paper describes the utility of pressurized microwave digestion (up to 85 bar) for a broad spect...
In the present work we analyze the use of microwave radiation in the presence of pore swelling agent...
In this work we studied the influence of microwaves in the pore structure of silica gels obtained vi...
Mesoporous materials are of vital importance for use in separation, adsorption, and catalysis. The f...
This thesis contains a collection of manuscripts and commentary reporting on the microwave synthesis...
A template-free, simple, effective, and reproducible integrated mechanochemical/microwave promoted m...
AbstractA microwave radiation hydrothermal method to control synthesis of micro- and mesoporous Y/SB...
An innovative approach in the field of nanomaterials is to develop modern and mild synthetic protoco...
This work introduces a cost and time efficient procedure to specifically increase mesopore volume an...
Thermal treatments are the most used methods to remediate contaminated solids. However, they may ser...
Ultrasound waves have been successfully applied for removing template from the mesoporous MCM-41 ...
Metal-organic frameworks (MOFs) are crystalline porous material distinguished for high free empty vo...
The sol-gel process is a commonly used methodology for producing silica gels with tailored textural ...
An innovative approach in the field of nanomaterials is to develop modern and mild synthetic protoco...
The use of conventional heating techniques in adsorbents preparation involves long synthesis time, h...
This paper describes the utility of pressurized microwave digestion (up to 85 bar) for a broad spect...
In the present work we analyze the use of microwave radiation in the presence of pore swelling agent...
In this work we studied the influence of microwaves in the pore structure of silica gels obtained vi...
Mesoporous materials are of vital importance for use in separation, adsorption, and catalysis. The f...
This thesis contains a collection of manuscripts and commentary reporting on the microwave synthesis...
A template-free, simple, effective, and reproducible integrated mechanochemical/microwave promoted m...
AbstractA microwave radiation hydrothermal method to control synthesis of micro- and mesoporous Y/SB...
An innovative approach in the field of nanomaterials is to develop modern and mild synthetic protoco...
This work introduces a cost and time efficient procedure to specifically increase mesopore volume an...
Thermal treatments are the most used methods to remediate contaminated solids. However, they may ser...
Ultrasound waves have been successfully applied for removing template from the mesoporous MCM-41 ...
Metal-organic frameworks (MOFs) are crystalline porous material distinguished for high free empty vo...
The sol-gel process is a commonly used methodology for producing silica gels with tailored textural ...
An innovative approach in the field of nanomaterials is to develop modern and mild synthetic protoco...
The use of conventional heating techniques in adsorbents preparation involves long synthesis time, h...
This paper describes the utility of pressurized microwave digestion (up to 85 bar) for a broad spect...