Keywords: از بین رفتن محاصره; Photonic crystal fiber; Nonlinearity; Numerical aperture; Confinement loss; Silicon nano crystal;
مقالات ISI از بین رفتن محاصره (ترجمه نشده)
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Keywords: از بین رفتن محاصره; Photonic crystal fiber; Finite element method; Large mode area; Confinement loss; Bending loss; Nonlinearity; Fiber amplifiers and lasers;
Keywords: از بین رفتن محاصره; Single-polarization single-mode; Polarization; Confinement loss; Birefringence;
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Finite element method; High power fiber laser; Large mode area; Bending loss; Confinement loss;
Keywords: از بین رفتن محاصره; Metamaterial; AMM cladding; Birefringence; Elliptical core; Confinement loss;
Keywords: از بین رفتن محاصره; Optical vortices; Microstructure optical fibers; Chalcogenide glass; Dispersion; Confinement loss;
Keywords: از بین رفتن محاصره; Confinement loss; Effective area; Index guiding FP-PCF; Numerical aperture; Nonlinear coefficient; Sensitivity;
Keywords: از بین رفتن محاصره; Porous shaped PCF; Sensitivity; Optical sensing; Liquid sensor; Confinement loss;
Keywords: از بین رفتن محاصره; Sen; Sensitivity response; CL; Confinement loss; Aeff; Effective area; NA; Numerical aperture; V; V-parameter; MSS; Marcuse spot size; BD; Beam divergence; Beam divergence; Confinement loss; Chemical sensor data set; Index guiding photonic crystal fiber;
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Single polarization single mode; Confinement loss; Dispersion; Wavelength splitter;
Keywords: از بین رفتن محاصره; Square-cored octagonal photonic crystal fiber (S-OPCF); Chemical or liquid sensor; Sensitivity; Confinement loss; Effective area; Nonlinear coefficient;
Keywords: از بین رفتن محاصره; Confinement loss; Fiber based liquid sensor; Nonlinearity; Relative sensitivity; Spiral shaped PCF;
Keywords: از بین رفتن محاصره; Porous shaped PCF; Sensitivity; Optical sensing; Liquid sensor; Confinement loss;
Keywords: از بین رفتن محاصره; Decagonal photonic crystal fiber; Birefringence; Polarization maintaining fiber; Confinement loss; Effective area; Dispersion;
Keywords: از بین رفتن محاصره; Confinement loss; Effective area; Fiber material; Numerical aperture; PCF sensor; Single mode fiber;
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Liquid sensor; Birefringence; Relative sensitivity; Confinement loss;
Keywords: از بین رفتن محاصره; Air-core photonic band-gap fiber; Beat-length; Confinement loss; Ultra-low temperature-dependence; Resonant fiber optic gyroscope;
Keywords: از بین رفتن محاصره; Chalcogenide glass; Circular microstructured optical fiber; Negative dispersion; Dispersion compensation; Confinement loss
Keywords: از بین رفتن محاصره; Photonic quasi-crystal fiber; Dispersion; Confinement loss; Nonlinearity; Quality factor; Few-cycle laser pulses;
Keywords: از بین رفتن محاصره; Photonic crystal fiber (PCF); Birefringence; Dispersion; Confinement loss
Keywords: از بین رفتن محاصره; Photonic crystal fiber; High birefringence; Chromatic dispersion; Confinement loss
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Nonlinear; Confinement loss; Effective mode area
Keywords: از بین رفتن محاصره; Confinement loss; Evanescent sensing; Index-guided photonic crystal fibers; Relative sensitivity coefficient
Keywords: از بین رفتن محاصره; Photonic crystal fibers; Nonlinear optics; Frequency conversion; Phase matching; Confinement loss;
Highly birefringent, low loss single-mode porous fiber for THz wave guidance
Keywords: از بین رفتن محاصره; Birefringence; Single mode fiber; Effective material loss; Power fraction; Confinement loss;
Analysis of zero dispersion shift and supercontinuum generation at near IR in circular photonic crystal fibers
Keywords: از بین رفتن محاصره; Circular photonic crystal fiber (C-PCF); Confinement loss; Effective mode area; Nonlinear coefficient; Numerical aperture; Chromatic dispersion;
Tellurite based circular photonic crystal fiber with high nonlinearity and low confinement loss
Keywords: از بین رفتن محاصره; Photonic crystal fibers; Confinement loss; Effective mode area; Nonlinear coefficient;
A solid silica core based non-linear hybrid PCF with low confinement loss
Keywords: از بین رفتن محاصره; Air-filled fraction; Confinement loss; Dispersion; Non-linear coefficient; Non-linearity; Photonic crystal fiber (PCF);
Fabrication of photonic crystal fiber optical attenuators with air hole diameter control using CO2 laser irradiation technique
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Optical attenuator; Confinement loss; Mode field diameter mismatch loss; Cladding mode; CO2 laser irradiation
Numerical simulation of sandwich structure photonic crystal fiber with diameter-increasing air holes
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Birefringence; Confinement loss; Finite element method
Photonic crystal fiber with W-type effective refractive index profile
Keywords: از بین رفتن محاصره; W-type fiber; Photonic crystal fiber; Confinement loss; Fiber filter
Ultra-flattened chromatic dispersion and highly nonlinear photonic crystal fibers with ultralow confinement loss employing hybrid cladding
Keywords: از بین رفتن محاصره; Photonic crystal fibers; Dispersion flattened; Fiber nonlinearity; Confinement loss
Low confinement loss hybrid-guiding tellurite photonic bandgap fiber
Keywords: از بین رفتن محاصره; The hybrid-guiding tellurite PBGF; Confinement loss; Mode
High birefringent rectangular-lattice photonic crystal fibers with low confinement loss employing different sizes of elliptical air holes in the cladding and the core
Keywords: از بین رفتن محاصره; Birefringence; Confinement loss; Finite element method (FEM); Rectangular-lattice; Photonic crystal fiber (PCF)
A new design of low-loss and ultra-flat zero dispersion photonic crystal fiber using hollow ring defect
Keywords: از بین رفتن محاصره; Optical waveguide design; Photonic crystal fibers; Zero dispersion; Bending loss; Confinement loss; Splice loss
A novel ultrahigh birefringent hole-assistant microstructured optical fiber with low confinement loss
Keywords: از بین رفتن محاصره; Microstructured optical fibers; Modal birefringence; Confinement loss
High birefringence photonic crystal fiber with low loss and a broad single-mode range
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Cut-off property; Confinement loss; Birefringence; Finite difference frequency domain (FDFD)
Supercontinuum generation in square photonic crystal fiber with nearly zero ultra-flattened chromatic dispersion and fabrication tolerance analysis
Keywords: از بین رفتن محاصره; Photonic crystal fibers (PCFs); Finite difference method; Chromatic dispersion; Confinement loss; Nonlinearity; Supercontinuum spectrum
Design of highly birefringent chalcogenide glass PCF: A simplest design
Keywords: از بین رفتن محاصره; Birefringence; Chalcogenide glass; Photonic crystal fiber; Confinement loss; Polarization-maintaining PCF;
Optimum design of low-loss hollow OmniGuide fibers
Keywords: از بین رفتن محاصره; Bragg fiber; OmniGuide fibers; Confinement loss; Fiber design
Dispersion properties of hollow-core photonic bandgap fibers based on a square lattice cladding
Keywords: از بین رفتن محاصره; 42.81.Qb; 42.70.QsPhotonic bandgap fibers; Square lattice; Waveguide GVD; Confinement loss; Full-vector finite element method
Influence of the depth and shape of a tunnel in the application of the convergence–confinement method
Keywords: از بین رفتن محاصره; Convergence–confinement method; Ground/support interactions; Convergence; Confinement loss; Supported tunnel
Simple evaluation of confinement losses in holey fibers
Keywords: از بین رفتن محاصره; Photonic crystal fiber; Holey fiber; Confinement loss;