Silylation of clay mineral surfaces has attracted much attention because silylated products
exhibit properties suitable for many applications in materials science and environmental …

The energy industry (nuclear, battery, mining industries, etc.) produces a large quantity of
hazardous effluents that may contain radionuclides (137Cs and 90Sr in particular) and …

This paper describes the design of Ni/SiO2 catalysts obtained from a phyllosilicate precursor
that possess high activity and stability for bioethanol steam reforming to sustainably produce …

A one-step, direct method is described for the creation of synthetic smectite clays grafted
with organics on the interlayer surfaces using an organotrialkoxysilane as the silica source …

Routine and reliable syntheses of self-assembled hybrid materials with tuneable
functionalities are urgently required if novel functional nanostructures are to be developed …

A series of layered calcium organosilicate hybrids containing covalently linked organic
functionalities was synthesized by a sol− gel process from the reaction of calcium salt and …

To improve the subpar lubricating performance of epoxy resin, this paper presents the
preparation of a novel bimetallic phyllosilicate featuring a distinctive rice‐granular …

Despite considerable achievements over the last two decades, nonporous organic–
inorganic hybrid materials are mostly amorphous, especially in the absence of solvothermal …

During the past decades, the potential derived from the hybridization of inorganic materials,
has been widely studied and presented. The capability of tuning materials' performances …

Synthetic silico-metallic mineral particles (SSMMP) containing different amounts of Ni
(SSMMP-Ni) and SSMMP-Ni functionalized with different IL (SSMMP-Ni-IL) were obtained …