Study of split-ring resonators as a metamaterial for high-power microwave power transmission and the role of defects

Keyphrases

• Microwave Power Transmission 100%
• Metamaterials 100%
• Split Ring Resonator 100%
• High Power Microwave 100%
• High Power 33%
• Waveguide 33%
• Subwavelength Structures 33%
• High-power Microwave Source 33%
• High Field 16%
• High Magnetic Field 16%
• Average Power 16%
• Interaction Type 16%
• Defining Characteristic 16%
• Low Power Applications 16%
• Antenna 16%
• New Behaviors 16%
• Microwave Metamaterials 16%
• Operating Characteristics 16%
• Power Transmission 16%
• Sampled-data Systems 16%
• Highest Peak 16%
• Resonator 16%
• High Power Applications 16%
• Field Stress 16%
• Negative muon 16%
• Stripline 16%
• Electromagnetic Properties 16%
• Metamaterial Structure 16%
• Microwave Source 16%
• Source Communities 16%
• Microwave Structure 16%
• Microwave Applications 16%
• High-power Microwave Devices 16%
• Cut-off Frequency 16%
• High Electric Field 16%
• Waveguide System 16%
• Negative Structure 16%

Material Science

• Metamaterial 100%
• Resonator 100%
• Waveguide 37%
• Antenna 12%
• Stress Field 12%
• Microwave Technology 12%