Defect-Induced Magnetism in Oxide Semiconductors

Doping Instrumentation Nanotechnology Physics Electrochemistry Electronics Engineering Ferromagnetism Magnetism Materials science Nanoparticles. Operating systems Nanotubes Electroluminescence Epitaxy Electron paramagnetic resonance Computer science Magnetic properties Defects Chemical vapor deposition Evaporation Optical properties Diluted magnetic semiconductors Electrical engineering Hafnium oxide Physical chemistry Computer hardware Applied computing Mesoscopic physics Atomic layer deposition Metal Oxides Materials characterization Metal Oxide Semiconductor Electrodeposition DMS Nanofilms Monte-Carlo-Simulation Defect Chemical reaction Half-metallic ferromagnetism Crystal structure Oxide semiconductors Accelerator Physics Computational physics Oxide Nanoparticles Materials Processing Dilute magnetic semiconductors Electrical Materials Materials Chemistry Hydrothermal Oxide Thin Films Ion Irradiation G factor CVD Chemical analysis Condensed matter physics Nanorods Nanosheets Materials Synthesis Alkaline earth metal oxides Alkali niobium Bismuth potassium titanate Bandgap oxide Biochemistry methods Biological sciences research methodologies Co-doped ZnO Computer system performance Bound magnetic polaron Defect-induced ferromagnetism Double Exchange Interaction Electronic energy loss D0 ferromagnetism Emergent computing Exchange interactions Crystalline disorder Hardware Architecture Deposition parameters Diluted magnetic oxide Itinerant electron Magnetic polaron mode film deposition Materials physics Metal oxides semiconductor Films (surface science) Microwave Synthesis Nuclear energy loss Paramagnetic defect Oxygen Vacancy Giant magneto-resistance Magnetic oxides Nanocubes Materials property Materials structure Li-doped ZnO Magnetic percolation nanoflowers Materials application Materials property type Non-magnetic oxides Nonmagnetic oxides