C. S. Lue

Effects of hydrogenated annealing on structural defects, conductivity, and magnetic properties of V-doped ZnO powders

The structure, electrical property, and magnetism of 7.5% V-doped ZnO powders that were hydrogenated annealed at 300, 500, and 700°C have been systematically investigated. The saturation magnetization and conductivity of the V:ZnO powders increase with hydrogenated annealing temperature (Tha), and the magnetization-temperature curves transform from paramagnetism to weak ferromagnetism (∼10−4μB∕V atom) as Tha increases. The results suggest that ferromagnetism in V:ZnO powders is highly correlated to the structural defects.

Interplay between localized and itinerant magnetism in Co-substituted FeGa3

The evolution of the electronic structure and magnetic properties with Co substitution for Fe in the solid solution Fe

Electron spin resonance probed suppressing of the cycloidal spin structure in doped bismuth ferrites

_{1-x}

Thermoelectric properties of the CoSi1−xGex alloys

Co

Thermal and transport properties of the Heusler-type compounds Fe2−xTi1+xSn

_x

Thermal and electrical transport properties of ordered?FeAl2

Ga

Enhancement in the thermoelectric performance by Y substitution on SrSi2

_3

Thermoelectric properties of binary Cd-Yb quasicrystals and Cd6Yb

was studied by means of electrical resistivity, magnetization, ab-initio band structure calculations, and nuclear spin-lattice relaxation

Correlation of spin and structure in doped bismuth ferrite nanoparticles

1/T_1

Enhancement of thermoelectric performance driven by Ge substitution in SrSi2 alloy

of the