AbstractMonodispersed mesoporous silica spheres (MMSS) with different mesopore symmetries, such as hexagonal, cubic, or the mixture of hexagonal/cubic, are synthesized changing synthesis conditions. It seems that the direction of mesopores is retained through the particle in MMSS with cubic symmetry. In the case of hexagonal/cubic mixed symmetry, cubic structure is observed at the center of the particle, while hexagonal structure is observed near the surface. It is assumed that cubic structure forms at early stage of the particle growth and hexagonal symmetry forms at the later stage, leading to the formation of cubic core/hexagonal shell structure
Abstract: Mesoporous silica can be synthesized by either the alkaline route or the acidic route, bot...
A novel method has been developed to synthesize mesoporous silica spheres using commercial silica co...
A new ordered mesoporous silica material (COK-19) with cubic symmetry is synthesized by silicate pol...
AbstractMonodispersed mesoporous silica spheres (MMSS) with different mesopore symmetries, such as h...
Abstract Hexagonal MCM-41 can be transformed into cubic MCM-48 and finally into spherical particles ...
The transformation of mesoporous silica morphology from monoliths to spherical particles was investi...
A new and facile approach has been developed to prepare monodisperse mesoporous silica nanospheres (...
Various types of mesoporous silica, such as continuous cubic-phase MCM-48, hexagonal-phase MCM-41, a...
Mesoporous silica spheres ranging from 2 to 6 mu m in size were synthesized under static acidic cond...
Mesoporous silica MCM-41 with regular particle morphologies, e.g. gyroids and hexagonal prisms, are ...
Close-packed spheres can be stacked into two crystalline structures: cubic close-packed (ccp) and he...
In this article, two highly ordered mesoporous silica materials with the same face-centered cubic (f...
Synthetic conditions such as temperature, stirring rate, ionic strength, acidity, and reactant ratio...
Mesoporous silica MCM-41 material with hexagonal prism structure is rapidly synthesized under strong...
Mesoporous silica materials with a variety of morphologies, such as monodisperse microspheres, gigan...
Abstract: Mesoporous silica can be synthesized by either the alkaline route or the acidic route, bot...
A novel method has been developed to synthesize mesoporous silica spheres using commercial silica co...
A new ordered mesoporous silica material (COK-19) with cubic symmetry is synthesized by silicate pol...
AbstractMonodispersed mesoporous silica spheres (MMSS) with different mesopore symmetries, such as h...
Abstract Hexagonal MCM-41 can be transformed into cubic MCM-48 and finally into spherical particles ...
The transformation of mesoporous silica morphology from monoliths to spherical particles was investi...
A new and facile approach has been developed to prepare monodisperse mesoporous silica nanospheres (...
Various types of mesoporous silica, such as continuous cubic-phase MCM-48, hexagonal-phase MCM-41, a...
Mesoporous silica spheres ranging from 2 to 6 mu m in size were synthesized under static acidic cond...
Mesoporous silica MCM-41 with regular particle morphologies, e.g. gyroids and hexagonal prisms, are ...
Close-packed spheres can be stacked into two crystalline structures: cubic close-packed (ccp) and he...
In this article, two highly ordered mesoporous silica materials with the same face-centered cubic (f...
Synthetic conditions such as temperature, stirring rate, ionic strength, acidity, and reactant ratio...
Mesoporous silica MCM-41 material with hexagonal prism structure is rapidly synthesized under strong...
Mesoporous silica materials with a variety of morphologies, such as monodisperse microspheres, gigan...
Abstract: Mesoporous silica can be synthesized by either the alkaline route or the acidic route, bot...
A novel method has been developed to synthesize mesoporous silica spheres using commercial silica co...
A new ordered mesoporous silica material (COK-19) with cubic symmetry is synthesized by silicate pol...