Keywords: حالت نقص; Photonic crystal; One-dimensional dielectric photonic crystal; Defect layer; Defect mode; Constant; Dissipation;
مقالات ISI حالت نقص (ترجمه نشده)
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Keywords: حالت نقص; Photonic crystal; Angle of incidence; Temperature; Defect mode; Transfer-matrix method;
Keywords: حالت نقص; Two-dimensional function photonic crystals; Band gaps structures; Defect mode; Eigenfield distribution;
Keywords: حالت نقص; Photonic crystal; Defect mode; Waveguide mode; Symmetry; Filter;
Keywords: حالت نقص; Photonic crystals; GRIN; Monochromatic filter; Defect mode;
Keywords: حالت نقص; Bragg fiber waveguide; Defect mode; Transfer matrix method; Narrowband filters;
Keywords: حالت نقص; Photonic crystal; Layered periodic structure; Defect mode; Photonic band gap;
Keywords: حالت نقص; Photonic crystals; Cholesteric elastomers; Strain-dependent defect mode; Defect mode;
Keywords: حالت نقص; Photonic crystal; Defect mode; Plane wave expansion method;
Keywords: حالت نقص; Photonic crystal; Hydrostatic pressure; Defect mode; Plane wave expansion method;
Keywords: حالت نقص; Phononic crystals; Cavity resonance; Symmetry reduction; Defect mode; Biomedical sensor; Point of care technologies; Acoustic wave sensor;
Keywords: حالت نقص; 00-01; 99-00; 3D photonic crystal; Silicon photonics; Defect mode; Light propagation;
Keywords: حالت نقص; Electro-optic effect; Photonic crystal; Defect mode; Reflectance spectra; Transfer matrix method;
Keywords: حالت نقص; Photonic crystal; Graded index material; Defect mode; Transmittance
Keywords: حالت نقص; One-dimensional photonic crystal; Gradient refractive index; FDTD method; Defect mode
Keywords: حالت نقص; Photonic crystal; Graphene nanolayers; Defect mode; Tunability;
Keywords: حالت نقص; Magnonic crystal; Band gap; Point defect; Defect mode
Keywords: حالت نقص; Photonic crystal; Layered periodic structure; Defect mode; Photonic band gap;
Keywords: حالت نقص; One-dimensional photonic crystal; Defect mode; Negative index material
Simultaneous effects of the hydrostatic pressure and the angle of incidence on the defect mode of a one-dimensional photonic crystal of GaAs/Ga0.7Al0.3As
Keywords: حالت نقص; Photonic crystal; Angle of incidence; Hydrostatic pressure; Defect mode; Transfer-matrix method;
Dependence of the transmittance spectrum on temperature and thickness of superconducting defects coupled in dielectric one-dimensional photonic crystals
Keywords: حالت نقص; Photonic crystal; Temperature; Superconductor; Defect mode; Transfer-matrix method;
The effect of hydrostatic pressure and temperature on the defect mode in a GaAs/Ga0.7Al0.3As one-dimensional photonic crystal
Keywords: حالت نقص; Photonic crystal; Defect mode; Hydrostatic pressure; Temperature; Transfer matrix method;
Dependence of photonic defect modes on hydrostatic pressure in a 2D hexagonal lattice
Keywords: حالت نقص; Photonic crystal; Hydrostatic pressure; Defect mode; Plane wave expansion method;
Dependence of the defect mode with temperature, pressure and angle of incidence in a 1D semiconductor-superconductor photonic crystal
Keywords: حالت نقص; Photonic crystal; Transfer-matrix method; Defect mode;
Performance study of a liquid-core Bragg fiber sensor in presence of a defect layer
Keywords: حالت نقص; Bragg fiber based sensor; Liquid filled core; Defect mode; Sensitivity;
Near-infrared tunable narrow filter properties in a 1D photonic crystal containing semiconductor metamaterial photonic quantum-well defect
Keywords: حالت نقص; 1D photonic crystal; Defect mode; Semiconductor metamaterial; Photonic quantum-well defect
Loss factor dependence of defect mode in a 1D defective lossy photonic crystal containing DNG materials
Keywords: حالت نقص; Photonic crystal; Defect mode; Loss factor; Double-negative material; Photonic band gap
Tunable optical switch based on two orthogonal line defect waveguides
Keywords: حالت نقص; 42.70.Qs; 42.82.−mPhotonic crystal waveguide; Defect mode; Contra-directional coupling; Optical switch
Novel attributes in the scaling and performance considerations of the one-dimensional graphene-based photonic crystals for terahertz applications
Keywords: حالت نقص; Graphene multi-layer system; Photonic crystal; Transfer matrix method; Defect mode; Terahertz applications.;
Defect modes and solitons supported by optically induced lattices in highly saturable nonlinear media with quadratic electro-optic effect
Keywords: حالت نقص; Defect mode; Defect soliton; Quadratic electro-optic effect; Optical lattices
Defect mode properties in a one-dimensional photonic crystal
Keywords: حالت نقص; Defect mode; Transmittance; TMM; UV
Propagation of acoustic waves in the woodpile sonic crystal with a defect
Keywords: حالت نقص; Sonic crystal; Woodpile structure; Defect band; Defect mode
Influence of defect mode displacement in photonic crystal band gap over light group velocity
Keywords: حالت نقص; Photonic crystal; Slow light; Defect mode; Group velocity; Plane wave expansion method
Photonic band gap and defect mode from a layered periodic structure with anisotropic nonmagnetic right-handed and left-handed metamaterials
Keywords: حالت نقص; Anisotropic; Nonmagnetic; Left-handed metamaterial; PBG; Defect mode
Far infrared Faraday rotation effect in one-dimensional microcavity type magnetic photonic crystals
Keywords: حالت نقص; Far infrared Faraday rotation; Magnetic photonic crystal; Defect mode
Influence of filling fraction on the defect mode and gap closing of a one-dimensional photonic crystal: An analytical approach
Keywords: حالت نقص; Photonic crystal; Photonic band gap; Gap map; Gap closing; Defect mode; Dispersion relation;
Properties of defect modes in one-dimensional photonic crystals containing two nonlinear defects
Keywords: حالت نقص; Photonic crystal; Defect mode; Optical bistability; Defect coupling;
Spatial and spatial-frequency filtering using one-dimensional graded-index lattices with defects
Keywords: حالت نقص; 42.70.Qs; 42.79.Ry; 42.79.Ci; 78.20.CiSpatial filtering; Graded-index lattice; Defect mode; Fabry–Pérot
Effect of zero-order gratings on photonic localization of anisotropic periodic structures
Keywords: حالت نقص; 42.70.Df; 42.70.Qs; 42.79.Dj; 61.30.−vPhotonic bandgap; Cholesteric liquid crystal; Defect mode
Effect of introducing multiple chiral defects on the optical properties of cholesteric liquid crystals
Keywords: حالت نقص; Cholesteric liquid crystal; Photonic band gap; Defect mode
Photonic defect modes of cholesteric liquid crystal with spatially varying pitch
Keywords: حالت نقص; 42.70.Df; 42.70.Qs; 61.30.âv; 78.20.Bh; Cholesteric liquid crystal; Finite element method; Defect mode;