In contrast, exploiting the layered traingular network of the delafossite
structure, the QUESTDO project aims to establish delafossite
oxides as a completely novel class of interacting electron system with properties and potential not known in more established systems.
Delafossite CuBO2 powder was prepared by solid state reaction for phase transition and sintered at low temperature range of 100-400 oC.
As CuBO2 delafossite is a transparent conducting oxide with a wide bandgap and may have potential applications as transparent electrodes and in other opto-electronic devices.
Key words: Phase transition, Delafossite CuBO2, Solid state reaction method, optical properties, and direct bandgap.
Copper based delafossite materials have resolved this problem as these materials have high p-type conductivity and tune-able optical band-gap.
1, 5] discovered CuBO2 which is latest p- type TCO having maximum room temperature electrical conductivity among all delafossites without doping The fabrication and accurate phase development of Cu based delafossite is a problematic task as these materials are multicomponent.
Four samples were prepared via solid state reaction method and effect of low sintering temperature was analysed on phase formation and optical properties of the product delafossite CuBO2.
P-type transparent semiconducting delafossite cua102+x thin film.
This book details the fabrication and opto-electrical characterization of p-type delafossite transparent thin film made of copper aluminum oxide (CuAlO2+x) by routes such as sputtering and wet-chemical dip- coating.
2003) This study Azurite X X Barite X Brochantite X X Chalcocite X X Chalcanthite X Chrysocolla X X Copper X X Covellite X Cuprite X X Delafossite
X Malachite X X Neotocite X Plancheite X Tenorite ("melaconite") X X
The finest known examples of a number of supergene copper minerals were found at Bisbee: antlerite, bisbeeite, brochantite, chalcoalumite, claringbullite, conichalcite, crednerite, cuprite, delafossite
, graemite, nantokite, paramelaconite, paratacamite, rosasite and spangolite.