Keywords: روش گسترش موج هواپیما; Photodetector; Graphene; Integrated optics; Plane wave expansion method;
مقالات ISI روش گسترش موج هواپیما (ترجمه نشده)
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Keywords: روش گسترش موج هواپیما; Three-dimensional photonic crystals; Space-depended dielectric; Plane wave expansion method; Photonic band gaps;
Keywords: روش گسترش موج هواپیما; Temperature sensor; Photonic crystal fiber; Photonic band gap; Plane wave expansion method;
Keywords: روش گسترش موج هواپیما; Photonic crystal; Defect mode; Plane wave expansion method;
Keywords: روش گسترش موج هواپیما; Photonic crystal; Hydrostatic pressure; Defect mode; Plane wave expansion method;
Keywords: روش گسترش موج هواپیما; Band gaps; Wave propagation; Bloch theorem; Plane wave expansion method; Couple stress; Microstructure; Size effect; Periodic composites;
Keywords: روش گسترش موج هواپیما; Phononic crystals; Leaky Bloch waves; Attenuation; Band structure; Finite element method; Plane wave expansion method;
Keywords: روش گسترش موج هواپیما; Photonic crystal; Plane wave expansion method; Dielectric rods;
Keywords: روش گسترش موج هواپیما; Three-dimensional photonic crystals; Function photonic crystals; Plane wave expansion method; Photonic band gaps;
Keywords: روش گسترش موج هواپیما; Plane wave expansion method; Chiral PCF; Single-polarization single-mode; Circular polarization;
Keywords: روش گسترش موج هواپیما; Periodic structures; Plane Wave Expansion Method; Band gaps; Wave directionality;
Keywords: روش گسترش موج هواپیما; Photonic crystal; Photonic quasicrystal; Plane wave expansion method; Photonic bandgap
Keywords: روش گسترش موج هواپیما; Photonic crystals; Magnetized plasma photonic band gaps; Flatbands; Plane wave expansion method
Keywords: روش گسترش موج هواپیما; Index-guiding photonic crystal fiber; Double clad fiber lasers; Plane wave expansion method; Thermo optic effects
Keywords: روش گسترش موج هواپیما; Three-dimensional photonic crystals; Anisotropic photonic band gaps; Flatbands; Metamaterials; Plane wave expansion method;
Keywords: روش گسترش موج هواپیما; Three-dimensional photonic crystals; Flatband; Anisotropic photonic band gap; Plane wave expansion method; Epsilon-negative material; Uniaxial material;
Keywords: روش گسترش موج هواپیما; 42.70.Qs; 41.20.Jb; 74.62.DhPhotonic crystal; Complete band gap; Quadrangular rods; Plane wave expansion method
Dependence of photonic defect modes on hydrostatic pressure in a 2D hexagonal lattice
Keywords: روش گسترش موج هواپیما; Photonic crystal; Hydrostatic pressure; Defect mode; Plane wave expansion method;
The Mie resonance and dispersion properties in the two-dimensional superconductor photonic crystals with fractal structure
Keywords: روش گسترش موج هواپیما; Two-dimensional superconductor photonic crystals; Mie resonance; Plane wave expansion method; Photonic band gap;
Design optimization of a low-loss and wide-band sharp 120° waveguide bend in 2D photonic crystals
Keywords: روش گسترش موج هواپیما; Photonic crystal waveguides; Waveguide bends; Optimal design; Finite element methods; Plane wave expansion method;
Investigation of the properties of extraordinary mode in three-dimensional magnetized plasma photonic crystals with diamond lattices as Voigt effects are considered
Keywords: روش گسترش موج هواپیما; Three-dimensional photonic crystals; Magnetized plasma; The extraordinary mode; Plane wave expansion method
Research of band gap properties based on two-dimensional photonic crystal with mixed shapes of rods
Keywords: روش گسترش موج هواپیما; Photonic crystal; Plane wave expansion method; Shape of dielectric rod; Band gap
The characteristics of photonic band gaps for three-dimensional unmagnetized dielectric plasma photonic crystals with simple-cubic lattice
Keywords: روش گسترش موج هواپیما; Plasma photonic crystals; Three-dimensional photonic crystals; Photonic band gap; Plane wave expansion method
The Voigt effects in the anisotropic photonic band gaps of three-dimensional magnetized plasma photonic crystals doped by the uniaxial material
Keywords: روش گسترش موج هواپیما; Three-dimensional plasma photonic crystals; Anisotropic photonic band gaps; Magnetized plasma; Flatbands; Plane wave expansion method;
Comparative study of photonic band gaps of germanium-based two-dimensional triangular-lattice and square-lattice and decagonal quasi-periodic photonic crystals
Keywords: روش گسترش موج هواپیما; Photonic crystal; Photonic quasicrystal; Plane wave expansion method; Photonic band gap
Influence of defect mode displacement in photonic crystal band gap over light group velocity
Keywords: روش گسترش موج هواپیما; Photonic crystal; Slow light; Defect mode; Group velocity; Plane wave expansion method
Optimize design super collimation in square lattice two-dimensional photonic crystals
Keywords: روش گسترش موج هواپیما; Plane wave expansion method; Equifrequency surface; Maximum flatness half width; Super collimation; Beam propagation method
Band gaps of elastic waves in three-dimensional piezoelectric phononic crystals with initial stress
Keywords: روش گسترش موج هواپیما; Initial stress; Lattice arrangements; Piezoelectric materials; Plane wave expansion method; Stop bands; Three-dimensional phononic crystals
Phononic band structure in a two-dimensional hybrid triangular graphite lattice
Keywords: روش گسترش موج هواپیما; 43.20.+g; 43.35.+d; 43.50.+yPhononic crystal; Band gap; Plane wave expansion method