In modern technologies, the researchers are keen on top-down approaches to tailor the
materials from bulk into their nanometer forms. For the amorphous alumina, this is the other …

The crystallization of amorphous complex oxides via solid phase epitaxy enables a wide
range of opportunities in the formation of oxide materials in new geometries and with …

In this study, effect of Mg impregnation sequence on the activity of the mesoporous alumina
supported Ni catalysts was investigated in dry reforming of methane. Characterization and …

The transient stage of alumina scale formation on alumina-forming alloys is often
accompanied by the formation of metastable Al 2 O 3 phases that may affect oxidation …

Superlattices represent an important design concept for materials with exceptional
properties. In this work, we report on the influence of different interface orientations and …

We present a method for high temperature stabilization of bulk amorphous aluminium oxide.
The stabilization is achieved by dispersing polysilane dendritic molecules in aluminium …

This study presents a method for high temperature stabilization of amorphous alumina. The
strain‐induced stabilization is obtained by dispersion of rigid globular polycarbosilane …

We investigate the thermal stability of alumina supporting layers sputtered at different
conditions and its effect on the growth of aligned single-walled carbon nanotube arrays …

Density functional theory was employed to design enhanced amorphous NbO 2
thermoelectrics. The covalent-ionic nature of Nb–O bonding is identical in amorphous NbO 2 …

The challenge of synthesizing protective alumina coatings in corundum structure at
moderate temperatures inspired the development of novel strategies of both thin film …