We report room temperature ferromagnetism in crystalline GaCrN prepared by Cr deposition and drive-in diffusion with Curie temperature much above 300 K. The Curie temperature increases with increasing active Cr concentration. Cr doped GaN acts as an n-type material with significant increase in electron carrier concentration due to the presence of Cr. Optical property of GaCrN is found to be very similar to GaN with an additional peak at 3.29 eV due to Cr. The hysteresis measurements show that the ferromagnetic ordering is maintained up to 300 K with no significant change in saturation magnetization
Electronic structure, energy bands, and magnetic properties of Cr-doped GaN have been calculated fro...
n-type GaN films grown on sapphire by MOCVD were doped with Mn and Cr by solid state diffusion and c...
Electronic structure and magnetic properties of Ga1-xCrxN thin films are studied using the gradient ...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
We report on the magnetic and structural properties of Cr-doped GaN prepared by ion implantation of ...
n-type GaN films grown on sapphire by MOCVD were doped with Mn and Cr by solid state diffusion and c...
The influence of the growth temperature in metal organic vapor-phase epitaxy (MOVPE) on intentional ...
Cr-doped GaN nanowires have been proposed to be ferromagnetic, resulting from a charge overlap betwe...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
Electronic structure, energy bands, and magnetic properties of Cr-doped GaN have been calculated fro...
Electronic structure, energy bands, and magnetic properties of Cr-doped GaN have been calculated fro...
n-type GaN films grown on sapphire by MOCVD were doped with Mn and Cr by solid state diffusion and c...
Electronic structure and magnetic properties of Ga1-xCrxN thin films are studied using the gradient ...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
Doping of magnetic element Mn and Cr in GaN was achieved by thermal diffusion. The conductivity of t...
We report on the magnetic and structural properties of Cr-doped GaN prepared by ion implantation of ...
n-type GaN films grown on sapphire by MOCVD were doped with Mn and Cr by solid state diffusion and c...
The influence of the growth temperature in metal organic vapor-phase epitaxy (MOVPE) on intentional ...
Cr-doped GaN nanowires have been proposed to be ferromagnetic, resulting from a charge overlap betwe...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
International audienceThe influence of the growth temperature in metal organic vapor-phase epitaxy (...
Electronic structure, energy bands, and magnetic properties of Cr-doped GaN have been calculated fro...
Electronic structure, energy bands, and magnetic properties of Cr-doped GaN have been calculated fro...
n-type GaN films grown on sapphire by MOCVD were doped with Mn and Cr by solid state diffusion and c...
Electronic structure and magnetic properties of Ga1-xCrxN thin films are studied using the gradient ...