Studies of the mechanical and extreme hydrothermal properties of periodic mesoporous silica and aluminosilica materials

Synthesis and Encapsulation of bis-eugenol in a Mesoporous Solid Material: Enhancement of the Antioxidant Activity of a Natural Compound from Clove Oil

“…This silica is a suitable inorganic support due to its uniform wide channels that can immobilize organic molecules. Its stability leads to better dispersion, biocompatibility and subsequent functionalization to obtain a useful system to be applied in the field of food, medical and cosmetics industries [35,36,37]. The specific surfaces of SBA can be used to provide sites for the adsorption and diffusion of targets and enhance the local concentration [38].…”

Heterogeneous catalyzed isomerization of turpentine oil by ordered mesoporous materials like M41S structures

“…Akizuki and Oshima [26] Silica-supported H preferentially adsorb and remove water from organic matter than pure siliceous one (Si-MCM). [43] Therefore, different catalysis properties may be attributed to the mesoporous siliceous base structures by the incorporation of different cations on the solid structure network as a consequence of the type and concentration of metallic salts added to the hydrothermal synthesis reaction mixture. However, some changes in the surfactant/solvent ratio are observed due to the amount of heteroatoms added to the initial synthesis composition, which may lead to different catalytic properties of these mesostructured materials.…”

“…[ 42 ] Moreover, Al‐MCM is more hydrophilic, and thus, it tends to preferentially adsorb and remove water from organic matter than pure siliceous one (Si‐MCM). [ 43 ]…”