Keyphrases
Mode Conversion
100%
Metasurface
100%
Underwater Sound Absorption
100%
Reflective Metasurface
100%
Elastic Modes
100%
Fabry-Perot Resonance
57%
Rubber
42%
Multiple Modes
28%
Conversion Mechanism
28%
Elastic Waves
28%
Longitudinal Wave
28%
Wave Conversion
28%
High Efficiency
28%
Acoustics
14%
Wave Attenuation
14%
Non-destructive Testing
14%
Energy Dissipation
14%
Incidence Angle
14%
Design Methodology
14%
Bulk Wave
14%
Wave Mode
14%
Scattering Properties
14%
Conversion Ratio
14%
Large Space
14%
Transmission Mode
14%
Reflective Mode
14%
High Absorption
14%
Over 80
14%
Subwavelength
14%
Inverse Design
14%
Ultrathin
14%
Sound Absorption
14%
Elastic Anisotropic
14%
Coating System
14%
Wave Incidence
14%
Mechanism Design
14%
Ultra-broadband
14%
Broadband Low-frequency
14%
Design Framework
14%
Medical Ultrasound
14%
Wave Manipulation
14%
Metasurface Design
14%
Underwater Environment
14%
Underwater Applications
14%
Co-occurrence Patterns
14%
Transverse Wave
14%
Energy Trapping
14%
Acoustic Absorption
14%
Frequency Efficiency
14%
Relative Bandwidth
14%
Resonance Mechanism
14%
Anisotropic Metasurface
14%
Perfect Sound Absorption
14%
Reflective Scattering
14%
Rubber Layer
14%
Type Conversion
14%
Ultrasound Testing
14%
Occurrence Conditions
14%
Elastic Metamaterials
14%
Viscoelastic Rubber
14%
Physics
Metasurface
100%
Sound Transmission
100%
Underwater Acoustics
100%
Elastic Wave
20%
Longitudinal Wave
20%
Metamaterial
10%
Nondestructive Test
10%
Transverse Wave
10%
Sound Absorption
10%
Electromagnetic
10%