Differentiating mechanisms of zeolite crystallization is challenging owing to the vast number
of species in growth solutions. The presence of amorphous colloidal particles is ubiquitous …

Hierarchical TS-1 has attracted enormous attention from both academia and industry due to
its remarkable catalytic performance in epoxidation reactions. However, sustainable …

Composite polymer electrolytes provide an emerging solution for new battery development
by replacing liquid electrolytes, which are commonly complexes of polyethylene oxide (PEO) …

A rapid seeded growth was observed on nanosized (50–100 nm) titanium silicalite-1 (TS-1)
zeolites (denoted as nano-TS-1) with a recovered mother liquid. Only 3–8 h were required to …

The use of organosilanes as mesopore generating agents produces hierarchical zeolites
with enhanced accessibility, outstanding catalytic properties and great potential for the …

Zeolites are essential materials to industry due to their adsorption and catalytic properties.
The best current approach to prepare a targeted zeolite still relies on trial and error's …

The influence of small inorganic cations (Na+ ions in this case) on core@ shell silica
nanoparticles, formed by the room temperature hydrolysis of TEOS in aqueous TPAOH …

Zeolites are widely used in commercial processes spanning from ion exchange in
detergents to catalysis in the (petro) chemical industry. Understanding the mechanisms of …