Polystyrene microspheres coated with cationic surfactants are easily prepared by
microemulsion polymerization. These microspheres can be used in place of surfactants to …

A simple room temperature synthesis of a series of porous silica materials from pure
mesoporous solid to meso-cellular foams to macro-cellular foams using an emulsion …

The cell and window diameters of silica foams can be easily increased by as much as 18 nm
through a simple postsynthesis hydrothermal treatment, indicating that the silica framework …

We review the use of various types of emulsions as media for synthesis of porous silica
particles. The use of high internal phase emulsions, ie emulsions with a high ratio of …

Despite success in the synthesis of mesoporous materials in various meso-and macroscopic
forms, 1-11 the simultaneous control of pore size and morphology in monolithic structures …

Siliceous mesostructured cellular foams (MCFs) with well-defined ultralarge mesopores and
hydrothermally robust frameworks are described. The MCFs are templated by oil-in-water …

Interfacial synthesis of hollow microspheres of mesostructured silica - Chemical Communications
(RSC Publishing) DOI:10.1039/B104879C Royal Society of Chemistry View PDF …

A non-surfactant-based synthesis approach to mesoporous hollow spheres through the use
of colloidal silica is presented. Based on nanoparticle assembly chemistry developed …

Large, hard, transparent, mesoporous silica spheres are synthesized in one step by using oil-
in-water emulsion chemistry under basic conditions with cationic surfactants and (n-BuO) …

The impetus to the active research on the preparation of silica with regular pores of the
diameter in the range of 1-2 nm, particularly 1-1.5 nm, emanates from their potential …