A novel multilayer multiband frequency selective surface for IMT advanced 4G mobile phone service and airborne radar systems

Keyphrases

• Frequency Selective Surface 100%
• IMT-Advanced 100%
• Mobile Phone Services 100%
• Airborne Radar System 100%
• Multi-frequency 100%
• MHz Frequency 40%
• Cell Size 20%
• Electromagnetic Waves 20%
• ANSYS 20%
• Department of Defense 20%
• Human Health 20%
• Dielectric Layer 20%
• Low Profile 20%
• High Frequency Structure Simulator Software 20%
• Compact Size 20%
• Two-layer 20%
• Global System for Mobile Communication 20%
• Loss Tangent 20%
• FR4 Dielectric 20%
• Surface Design 20%
• Internet Access Service 20%
• Low Sensitivity 20%
• Interference Effect 20%
• Relative Dielectric Constant 20%
• United States 20%
• Mobile Phone 20%
• Incident Wave 20%
• Shipborne Radar 20%
• Harmful Effects 20%
• Incident Angle 20%
• Surface Cell 20%
• Square Frame 20%
• Dodecagonal 20%
• Internet of Healthcare Things (IoHT) 20%

Engineering

• Selective Surface 100%
• Aircraft Radar Equipment 100%
• Radar Systems 100%
• Mobile Phones 100%
• Dielectrics 20%
• Dielectric Layer 20%
• Department of Defense 20%
• Incident Wave 20%
• Software Simulator 20%
• Internet Access 20%
• Mobile Communication 20%
• Loss Tangent 20%
• Harmful Effect 20%
• Prevent Interference 20%
• Compact Size 20%
• Frequency Structure 20%

Material Science

• Surface Design 100%
• Permittivity 100%
• Dielectric Material 100%