mode coupling
Mode coupling refers to the interaction between different modes of a system, where energy is transferred from one mode to another. This phenomenon is often seen in physical systems such as waveguides, fiber optics, and mechanical structures. It can lead to changes in the amplitude, phase, or frequency of the modes involved.
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Related Concepts (11)
- energy dissipation in coupled oscillators
- mode coupling in acoustic systems
- mode coupling in antennas
- mode coupling in circuit design
- mode coupling in communication systems
- mode coupling in mechanical systems
- mode coupling in metamaterials
- mode coupling in optical fibers
- mode coupling in photonic crystals
- mode coupling in plasma physics
- mode coupling in waveguides
Similar Concepts
- coupled electrical oscillator
- coupled harmonic oscillators
- coupled mechanical oscillator
- coupled oscillations
- coupled oscillations in multi-degree of freedom systems
- coupled oscillators
- coupling coefficient
- cross-modal communication
- cross-modal integration
- crossmodal correspondences
- forced coupled oscillations
- mode quantization
- modulation
- phase coherence
- spin-spin coupling