Sonic and Photonic Crystals
Sonic and Photonic Crystals
English[eng]
optical force||photonic crystal cavity||particle trapping||optomechanical sensing||polarization converter||photonic crystal fiber||square lattice||extinction ratio||polarization splitter||dual-core photonic crystal fiber||coupling characteristics||phononic crystal||auxetic structure||star-shaped honeycomb structure||wave propagation||orbital angular momentum||modal dispersion||stress-induced birefringence||finite element method||mode-division multiplexing||Erbium-doped fiber amplifier||photonic crystal fibers||cylindrical lens||photonic nanojet||graded-index||vibration energy harvester||defect bands||piezoelectric material||magnetostrictive material||output voltage and power||locally resonant||band gap||differential quadrature method||direct laser writing||KTP||nonlinear optics||photonic coupling||energy harvesting||defect modes||phononic crystals (PCs)||colloidal photonic crystals||tunable photonic band gaps||anti-counterfeiting||coupled elastic waves||laminated piezoelectric phononic crystals||arbitrarily anisotropic materials||band tunability||electrical boundaries||dispersion curves||photonic crystals||photonic bandgaps||polymer materials||acoustic metamaterial||effective medium||bubble resonance||negative modulus||graphene||kerr effect||optical switch||photonic band gap||photonic crystal||microwave photonics||optical frequency combs||waveguide||complete PBG||PDOS||TE||TM||beam shaping||angular filtering||autocloning||multilayered structures||sensor||sensitivity||figure of merit||n/a
English[eng]
optical force||photonic crystal cavity||particle trapping||optomechanical sensing||polarization converter||photonic crystal fiber||square lattice||extinction ratio||polarization splitter||dual-core photonic crystal fiber||coupling characteristics||phononic crystal||auxetic structure||star-shaped honeycomb structure||wave propagation||orbital angular momentum||modal dispersion||stress-induced birefringence||finite element method||mode-division multiplexing||Erbium-doped fiber amplifier||photonic crystal fibers||cylindrical lens||photonic nanojet||graded-index||vibration energy harvester||defect bands||piezoelectric material||magnetostrictive material||output voltage and power||locally resonant||band gap||differential quadrature method||direct laser writing||KTP||nonlinear optics||photonic coupling||energy harvesting||defect modes||phononic crystals (PCs)||colloidal photonic crystals||tunable photonic band gaps||anti-counterfeiting||coupled elastic waves||laminated piezoelectric phononic crystals||arbitrarily anisotropic materials||band tunability||electrical boundaries||dispersion curves||photonic crystals||photonic bandgaps||polymer materials||acoustic metamaterial||effective medium||bubble resonance||negative modulus||graphene||kerr effect||optical switch||photonic band gap||photonic crystal||microwave photonics||optical frequency combs||waveguide||complete PBG||PDOS||TE||TM||beam shaping||angular filtering||autocloning||multilayered structures||sensor||sensitivity||figure of merit||n/a