# Introduction to Linear Fiber

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## Linear Fiber sentence examples within four wave mixing

## Linear Fiber sentence examples within doped fiber laser

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To the best of our knowledge, this is the shortest fundamental soliton generated from thulium-doped fiber laser with all anomalous dispersion based on a nonlinear fiber loop mirror saturable absorber reported till date.

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We report a passively mode-locked erbium-doped fiber laser operating in the region of dissipative soliton resonance with dual wavelength square pulse output at 1531 nm and 1557 nm based on nonlinear fiber loop mirror.

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## Linear Fiber sentence examples within self phase modulation

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A scheme is proposed for all-optical aggregation from four 10 Gbps binary-phase-shift-keying (BPSK) signals into one 40 Gbps 16-ary quadrature amplitude modulation (16QAM) signal by applying the coherent addition of optical vectors, and de-aggregation for the 16QAM signal to recover the data of four original BPSK signals in high nonlinear fiber (HNLF) without information loss or redundancy using self-phase modulation (SPM) and four-wave mixing (FWM).

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## Linear Fiber sentence examples within linear fiber optic

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Communication systems operating with higher transmission rates have found an essential role of non-linear fiber optics.

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We employ an efficient 1550 nm resonant waveguide-type electro-optic comb generator with PM nonlinear fiber optics to generate 50 fs pulses and 500 nm broad super- continuum at 20 GHz.

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## Linear Fiber sentence examples within linear fiber path

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In this study, we propose a new I so G eometric formulation based on Refined Zigzag Theory (RZT), abbreviated as IG-RZT, for static analysis of laminated plates and sandwich panels with curvilinear fiber paths for the first time in literature.

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The advantages and disadvantages of the PD models for the damage in composites with curvilinear fiber paths were also discussed.

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## Linear Fiber sentence examples within linear fiber laser

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We report on a novel architecture for robust all polarization-maintaining (PM) femtosecond linear fiber lasers mode-locked by nonlinear polarization evolution (NPE) with phase bias.

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A linear fiber laser is built, in which offset splicing is used to achieve the LP11 mode excitation and two-mode fiber Bragg grating is employed as a mode splitter to improve the mode purity.

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## Linear Fiber sentence examples within linear fiber loop

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To the best of our knowledge, this is the shortest fundamental soliton generated from thulium-doped fiber laser with all anomalous dispersion based on a nonlinear fiber loop mirror saturable absorber reported till date.

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We report a passively mode-locked erbium-doped fiber laser operating in the region of dissipative soliton resonance with dual wavelength square pulse output at 1531 nm and 1557 nm based on nonlinear fiber loop mirror.

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## Linear Fiber sentence examples within linear fiber composite

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In this study, we explored a new NURBS-based Isogeometric Analysis (IGA) framework for the simulation of curvilinear fiber composites and we compared it to standard Finite Element Analysis (FEA).

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In the present study, the fundamental natural frequencies of curvilinear fiber composite skew and taper cylindrical panels are optimized applying genetic algorithm (GA).

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## Linear Fiber sentence examples within linear fiber system

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In the nonlinear fiber system with third-order dispersion, we illustrate their generation conditions by the modified linear stability analysis and numerically generate them from initial perturbations on continuous waves.

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We propose a nonlinear fiber system for shot-noise limited, all-optical intensity noise reduction and signal amplification.

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Overall performance of curvilinear fiber reinforced composite structures (CFRCSs) can be designed by adjusting the local fiber orientation and content.

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We present systematic intensity noise measurements with a nonlinear fiber-based system that replicates a single roundtrip in the laser cavity.

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In this study, we propose a new I so G eometric formulation based on Refined Zigzag Theory (RZT), abbreviated as IG-RZT, for static analysis of laminated plates and sandwich panels with curvilinear fiber paths for the first time in literature.

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Low-power continuous-wave (cw) pumped supercontinuum sources exhibit poor spectral flatness and high sensitivity to the position of pump-wavelength with respect to the zero-dispersion of the nonlinear fiber.

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The advantages and disadvantages of the PD models for the damage in composites with curvilinear fiber paths were also discussed.

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We develop an analytical model to describe propagation of seven continuous waves [two strong pumps, a degenerate signal and idler, two high-order idlers (HOIs), and two high-order pumps (HOPs)] through a nonlinear fiber.

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Polarization-entangled photon pairs with factorable spectra are generated by using a nonlinear interferometer, in which three nonlinear fibers with lengths following binomial distribution are sandwiched with two 10-m-long standard single mode fibers.

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Innovative nonlinear fiber-based finite element models (FEM) with combined damage mechanisms were proposed.

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This article describes a computational modeling method of nonlinear fiber analysis recognizing the concrete confinement for the response simulation of HCFST short columns subjected to axial compression.

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In this paper, we design a serial-parallel combined all optical sequence matching system using highly nonlinear fibers (HNLF).

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Use of curvilinear fiber in bimorph energy harvester is explored in this computational study and its effect on tailoring the resonance frequency and extracted power is also investigated.

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Using a nonlinear fiber compression scheme can even compress the pulses to 29 fs (4.

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We hope that the present analysis would be useful for a better understanding of soliton interactions in an inhomogeneous nonlinear fiber and the dynamics of condensates in atomic physics.

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Communication systems operating with higher transmission rates have found an essential role of non-linear fiber optics.

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ATF bundles were twisted into linear fiber materials by hand, of which the maximum breaking strength was similar to silk with same diameter.

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We also present novel ChG fibers such as As-free, Te-based, and chalcohalide fibers, which have been explored and employed as nonlinear fibers to achieve broadband SC generation.

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In this paper, we analytically obtain and graphically display the superregular solutions for a coupled nonlinear Schrödinger (NLS) system which describes the wave evolution in a two-mode nonlinear fiber, where the superregular solutions are the analogue of superregular breathers for certain scalar NLS-type equations.

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Thus, this linear fiber oscillator provides a competitive low-noise light source for optical applications appropriate for complex environments.

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In this Letter, we revisit the quantum theory of propagation in nonlinear fibers.

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To achieve linewidth multiplication, two tunable pumps line-broadened in electro-optic phase modulators with white noise are power scaled and propagated through highly nonlinear fiber.

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SC generation is typically achieved by launching ultrashort laser pulses near the zero dispersion point into a highly nonlinear fiber.

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We have used a NN based approach to reconstruct the pulse (temporal and spectral domain) at the transmitter from the pulse received through a highly nonlinear fiber (HNLF) without the prior knowledge of fiber parameters.

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In this work, different spectrum slicing techniques such as Light emitting diodes (LEDs), Arrayed waveguide grating (AWG), Highly nonlinear fiber (HNLF), and Semiconductor optical amplifier (SOA) are used and compared in terms of Q factor and BER at 5 Gbps.

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8 compression factor) of nearly 50% of total input energy in a dispersion decreasing nonlinear fiber is reported.

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Here, we report a real-time demonstration of an all-optical quantization scheme based on slicing the supercontinuum in a nonlinear fiber.

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Of particular interest, wavelength converters based on SSFS can generate widely tunable, high quality ultrashort pulses from a dispersion engineered nonlinear fiber paired with a suitable pulsed source [4].

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The power-amplified noise-like pulse was coupled into the highly nonlinear fiber to obtain a super-continuum spectrum.

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In this paper, we derive the asymptotic crack tip fields in a neo-Hookean material reinforced by nonlinear fibers.

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However, these systems suffer from the nonlinear fiber impairments that produce nonlinear phase noise (NPN).

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We employ an efficient 1550 nm resonant waveguide-type electro-optic comb generator with PM nonlinear fiber optics to generate 50 fs pulses and 500 nm broad super- continuum at 20 GHz.

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In this study, we explored a new NURBS-based Isogeometric Analysis (IGA) framework for the simulation of curvilinear fiber composites and we compared it to standard Finite Element Analysis (FEA).

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However, in addition to an instantaneous part, the nonlinear fiber response includes a delayed contribution, referred to as the Raman response.

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In this paper, we investigate the asymptotic crack tip fields in a neo-Hookean sheet reinforced by two families of nonlinear fibers, where the fibers are characterized by the standard reinforcing model.

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The proposed method is able to describe continuous curvilinear fibers, and it ensures that the fibers in one ply do not cross each other.

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In this scheme, near-infrared wavelength coverage can be addressed by downconversion of the comb to 1600 nm using an optical parametric oscillator (OPO), followed by broadband supercontinuum generation in highly nonlinear fiber.

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This equation has several applications in photonic crystal fibers and also shows a momentous role in nonlinear fiber optics.

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Indeed, octave-spanning coherent broadening of high-repetition rate sources has been attained in anomalous dispersion silicon nitride waveguides, but this required using a pre-broadening stage in a normal-dispersion highly nonlinear fiber (HNLF) [2].

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In the present study, the fundamental natural frequencies of curvilinear fiber composite skew and taper cylindrical panels are optimized applying genetic algorithm (GA).

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The nonlinear thermal flutter behavior of variable stiffness composite laminates (VSCL) with curvilinear fibers in high supersonic flow is investigated.

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The uncoded bit error rate performance of these constellations is compared with the conventional quadrature amplitude modulate (QAM) formats in the additive white Gaussian noise and nonlinear fiber channels.

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Spectral peaking during supercontinuum generation in normal dispersive highly nonlinear fiber was investigated both numerically and experimentally.

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Interplay between dispersion and nonlinearity in optical fibers is a fundamental research topic of nonlinear fiber optics.

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This paper has presented different fiber mediums with different effective areas such as single mode fiber (SMF), highly nonlinear fiber (HNLF), highly nonlinear dispersion-flattened fiber (HNL-DFF), nonreturn to zero dispersion-shifted fiber (NRZDSF) and a two types of large effective area fiber (LEAF Step core and LEAF Ring core) with dispersion-compensated fiber and EDFA amplification.

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We demonstrate an 80 nm bandwidth (extending from 1529 to 1609 nm), dual-stage, diode-pumped, lumped Raman amplifier using a relatively short total length (2 km) of highly nonlinear fiber.

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The third part is devoted to methods for modeling curvilinear fibers trajectories “flowing around the holes”.

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Our results demonstrate some new features of NAbLM, especially in respect to temporal pulse shaping, indicating that NAbLM can be a useful type of fiber loop mirror in nonlinear fiber optics.

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Healthy tissue stroma is characterized by a meshwork of wavy extracellular matrix (ECM) fiber bundles, whereas metastasis-prone stroma exhibit less wavy, more linear fibers.

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We propose a novel architecture for all-optical binary pattern matching system which mainly consists of a highly nonlinear fiber and a regenerator.

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Structural damage is estimated through both fragility analysis as well as material yielding/hysteresis modeled through the adoption of a nonlinear fiber-based finite element formulation.

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An all-optical aggregation and de-aggregation scheme between one 8-ary quadrature amplitude modulation (8QAM) signal and three binary phase shift keying (BPSK) signals is proposed and theory simulated based on nonlinear effects in high nonlinear fiber (HNLF).

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Having the advancement in automated fiber placement (AFP) and three-dimensional (3D) printing, fabricating novel composites reinforced with curvilinear fibers, namely variable stiffness composites (VSCs), have gradually become feasible.

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The walls were modeled using nonlinear fiber elements.

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This study presents the use of variable stiffness concept via curvilinear fiber placement to achieve improved structural characteristics in composite thin-walled beams (TWBs).

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A technical method which is introducing a highly nonlinear fiber (HNLF) in laser cavity is proposed for enhancing the sideband intensity.