Hydrothermally stable restructured mesoporous silica - Chemical Communications (RSC
Publishing) DOI:10.1039/B101665M Royal Society of Chemistry View PDF VersionPrevious …

The influence of high temperature synthesis of MCM-41 on structural ordering, textural
properties and stability has been investigated. Increasing the crystallization temperature …

Highly ordered mesoporous silica samples were synthesized in less than 3 h using a simple
synthesis methodology at room temperature with surfactant to silica ratio 0.1, using sodium …

A synthetic route was developed for a novel hexagonal mesoporous silica that has
remarkably wide channel diameters and thick walls. The procedure involved the acid …

Thicker-walled mesoporous MCM-41 silicas with improved thermal and hydrothermal
stability were prepared via secondary crystallization (in which calcined MCM-41 was used …

Siliceous MCM-41 mesoporous materials with wall thickness up to 36 Å could be prepared
at 165° C for 7 days under mild basic solution. More than 85% of surface area for these …

Ordered mesoporous silicas, including SBA-15 and related plugged materials, were
synthesized under acidic conditions using Pluronic P123 poly (ethylene oxide)–poly …

Evaluation of low and ultralow Al content (Si/Al between 50 and 412) aluminosilicate Al-
MCM-41 materials synthesized via three contrasting alumination routes, namely, direct …

Mesoporous silica molecular sieves (MCM-41) with pore diameters from 3 to 10nm were
synthesized by a liquid-crystal template mechanism. A surface phonon mode at around …

Novel properties have been achieved in mesoporous crystalline silica materials by organic
functionalization. In this study, localized functionalization and bifunctionalization of silica …