Infrared beam-steering using acoustically modulated surface plasmons over a graphene monolayer

Keyphrases

• Modulated Surfaces 100%
• Infrared Emission 50%
• Traveling Wave Antenna 50%
• Wireless Sensing System 50%
• Actuation System 50%
• THz Wireless Communication 50%
• Emission Tuning 50%
• Vibration-based Methods 50%
• Graphene Surface 50%
• Sensing Imaging 50%
• Infrared Wireless Communication 50%
• Acoustic Frequency 50%
• Wireless Actuation 50%
• Propagating Surface Plasmon 50%
• Dynamic Diffraction Grating 50%
• Operation Frequency 50%
• Beam Angle 50%
• Transmitter-receiver Module 50%
• Reconfigurable Transmitters 50%

Engineering

• Monolayer 100%
• Surface Plasmon 100%
• Graphene 100%
• Beamformer 33%
• Wireless Communication 16%
• Sensing System 16%
• Radiation Pattern 16%
• Travelling Wave 16%
• Grating Period 16%
• Actuation System 16%
• Antenna 16%
• Flexural Wave 16%
• Beam Angle 16%
• Imaging Systems 16%

Physics

• Beam Steering 100%
• Surface Plasmon 100%
• Graphene 100%
• Polariton 33%
• Traveling Wave 16%
• Diffraction Grating 16%
• Antenna 16%
• Surface Waves 16%
• Wireless Communication 16%
• Acoustic Frequency 16%