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Bubbly water as a natural metamaterial of negative bulk-modulus
Pi Gang Luan
Department of Optics and Photonics
Research output
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Contribution to journal
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Article
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peer-review
4
Scopus citations
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Keyphrases
Metamaterials
100%
Bubbly Liquid
100%
Negative Bulk Modulus
100%
Effective Modulus
60%
Acoustics
40%
Long Wavelength
40%
Dispersion Relation
40%
Lorentz
20%
Numerical Results
20%
Effective Theory
20%
Water Medium
20%
Acoustic Wave Propagation
20%
Wave Frequency
20%
Effective Density
20%
Damping Effect
20%
Plane Wave Expansion Method
20%
High Attenuation
20%
Simple Mechanisms
20%
Acoustic Mode
20%
Attenuation Rate
20%
Media Type
20%
Ionic Crystals
20%
Gap Edge
20%
Anderson Localization
20%
Sonic System
20%
Oscillator Model
20%
Phonon Polaritons
20%
Moduli Theory
20%
Edge Frequency
20%
Bubble in Water
20%
Engineering
Dispersion Relation
100%
Bulk Modulus
100%
Plane Wave
50%
Acoustic Mode
50%
Medium Type
50%
Modulus Theory
50%
Ionic Crystal
50%
Oscillator
50%
Physics
Polariton
100%
Metamaterial
100%
Ionic Crystal
100%
Phonon
100%
Plane Wave
100%