Ionic Conduction-Based Polycrystalline Oxide Gamma Ray Detection – Radiation-Ionic Effects

Keyphrases

• Oxides 100%
• Gamma-ray Detection 100%
• Ionic Conduction 100%
• Ionic Effect 100%
• Grain Boundary 50%
• Space Charge 50%
• Charge Barrier 50%
• Bulk Material 25%
• Steady State 25%
• Low Power 25%
• Ultraviolet Irradiation 25%
• Low Field 25%
• Radiation Effects 25%
• Passivation 25%
• Waste Management 25%
• Security Management 25%
• Solid-state Device 25%
• Metal Oxide 25%
• Radiation Detectors 25%
• Solid Electrolyte 25%
• Ionic Current 25%
• Electrolyte Thin Film 25%
• Barrier Height 25%
• High Pressure High Temperature 25%
• Lightly Doped 25%
• Corrosive Environment 25%
• High Ambient Temperature 25%
• Geothermal Drilling 25%
• Gd-doped CeO2 25%
• Ceramic Electrolyte 25%
• Electrical Response 25%
• Nuclear Waste 25%
• Ion-conducting Ceramics 25%
• Ceramic Technique 25%
• Resistance Ratio 25%
• Small Modular Reactor 25%
• Functional Ceramics 25%
• Virtual Electrodes 25%
• Nuclear Security 25%
• Reversible Response 25%
• Near-room Temperature 25%
• High-pressure Environment 25%

Engineering

• Polycrystalline 100%
• Space Charge 100%
• Grain Boundaries 100%
• Gamma Ray 100%
• Bulk Material 50%
• Passivation 50%
• Nuclear Reactor 50%
• Barrier Height 50%
• Corrosive Environment 50%
• Resistance Ratio 50%
• Small Modular Reactor 50%
• State Device 50%
• Ceramic Electrolyte 50%
• Thin Films 50%
• Room Temperature 50%
• Radiation Detector 50%
• Ceramic Application 50%
• Nuclear Security 50%

Material Science

• Oxide Compound 100%
• Grain Boundaries 100%
• Metal Oxide 50%
• Solid State Device 50%
• Cerium Oxide 50%
• Functional Ceramics 50%
• Thin Films 50%
• Solid Electrolyte 50%