Metastable Ta₂N₃with highly tunable electrical conductivity: Via oxygen incorporation

Keyphrases

• Highly Tunable 100%
• Optoelectronic Properties 100%
• Oxygen Incorporation 100%
• Oxygen Impurity 100%
• Tunable Electrical Conductivity 100%
• Physical Properties 50%
• Order of Magnitude 50%
• Electronic Structure 50%
• Band Gap 50%
• Microelectronics 50%
• Density Functional Theory 50%
• Solar Energy Harvesting 50%
• Post-synthetic 50%
• Energy Conversion 50%
• Impurity Concentration 50%
• Tantalum 50%
• Carrier Concentration 50%
• Oxygen Doping 50%
• Chemical System 50%
• Photonics 50%
• As-grown 50%
• Semiconducting Behavior 50%
• TiAlN 50%
• Reactive Magnetron Sputtering 50%
• Synthetic Accessibility 50%
• Ammonia Synthesis 50%
• Degenerate Semiconductors 50%
• Energy Catalysis 50%
• Free Electron Concentration 50%
• Ammonia Annealing 50%
• Ta3N5 50%
• Intermediate Compositions 50%
• Structural Vacancy 50%
• Process Gases 50%
• Metallic Characteristic 50%

Material Science

• Physical Property 100%
• Density 100%
• Magnetron Sputtering 100%
• Carrier Concentration 100%
• Electrical Conductivity 100%
• Catalysis 100%
• Tantalum 100%
• Phase Composition 100%
• Energy Levels 100%