In this work, a combined experimental and theoretical study of solid–liquid phase equilibria
confined in mesoporous solids composed of spherical cages connected via smaller-sized …

Abstract Direct formation of 3–30%(w/w) LaFeO 3/MCM− 41, nanocomposite catalysts were
performed by a sol− gel process, followed by calcination at 550 and 750° C. The …

In this study, the preparation of polybutadiene/polysilsesquioxane nanocomposites (NCs)
having tunable thermomechanical and dielectric properties is reported. This was achieved …

CO2 is the most cost-effective and abundant carbon resource, while the reverse water–gas
reaction (rWGS) is one of the most effective methods of CO2 utilization. This work presents a …

In the present work, nanostructured perovskite oxides with improved reactivity, tunable
morphology, and different forms (powder, thin films) were prepared using acrylic molecules …

A silicious material containing massive array of spherical nanocages connected to each
other by small micropores was used to study ice nucleation in confined water under …

This study presents Ce–Fe–O systems supported on $\gamma $-Al $ _2 $ O $ _3 $ or SiO $
_2 $ to enhance the reactivity of an oxygen-deficient CeFeO $ _3 $ perovskite phase, which …

In this work, multiple nanostructured materials were prepared and their properties were
investigated with respect to their potential applications. Nanostructure plays an important …

Industrial and technological progress in recent decades has been accompanied by a
constantly increasing global energy demand. Despite significant downsides, this energy is …

Gastrennung mit Schichtsilikaten, in deren Zwischenräumen sich ein organisches
Säulenmaterial befindet; Nickel‐und Cobalt‐Bor‐Katalysatoren hydrieren Citral selektiv an …