Delafossites, with a unique combination of electrical conductivity and optical transparency
constitute an important class of materials with their wide range of applications in different …

Exploring novel sensing materials with extraordinary specificity/selectivity is essential to
construct artificial gas molecules recognition chips (sensor arrays) for future environment …

Polymorphism is a very common phenomenon for optoelectronic functional materials. The in-
depth study of polymorph is an important basis for understanding the structure–activity …

The compression behavior of delafossite compound CuCrO 2 has been investigated by in
situ x-ray diffraction (XRD) and Raman spectroscopic measurements up to 23.2 and 34 GPa …

Natural mineral, cuprospinel (CuFe 2 O 4) originated from natural chalcopyrite ore (CuFeS
2), has been used for the first time in low temperature solid oxide fuel cells. Three different …

Technologies and catalysts for converting carbon dioxide (CO 2) to immobile products are of
high interest to minimize greenhouse effects. Copper (I) is a promising catalytic active state …

In an attempt to introduce delocalized electronic states in the valance band of p-type
delafossite crystals of CuFeO 2, substitution with Mg in its lattice has been done in this work …

Considering CuCrO 2 to be a promising p-type transparent conducting oxide,
unprecedented simultaneous cationic–anionic doping is carried out to achieve superior hole …

Nanostructures of copper based delafossites, which are p-type transparent conducting
oxides (p-TCO), are technologically very important. Nanorods of CuBO2, the latest member …

Using simple spin coating process we report the development of delafossite structured
CuFeO 2 ceramic thin film on florine doped tin oxide (FTO) coated glass substrate and found …