fiber laser

At the receiver side the base-frequency pulses can be otbained when such signal injects into a mode-locked fiber laser.

By using EH11 mode, we have numerically solved the rate equations of a three-level pumping scheme for a fiber laser.

For large-mode-area(LMA) fiber laser, the beam quality is not as good as that of single mode fiber laser.

The invention discloses a method for pumping double-coated optical fibers and a double-coated optical fiber laser.

The virtue of the fiber laser based on FLM is low price and easy to obtain, which have a nice future.

Dynamic behaviors of the erbium-doped fiber laser (EDFL) with dual-frequency loss modulation are experimentally investigated.

The output characteristic of hundred-micron core diameter fiber laser and its mode control technique are researched.

Fiber laser's unmatched performance advantages attracted the interest of researchers and attention of the industry.

The experimental results observed in passively mode-locked Er-doped fiber laser with positive dispersion are analyzed theoretically.

A reasonable theory is proposed to explain the mechanism of the pulse phenomena in the intra cavity phase modulated all-fiber laser.

Vector soliton bunches are obtained experimentally in nonlinear polarization rotation mode-locked fiber laser.

Firstly, temperature distribution in high power double-cladding fiber laser was analyzed by thermal conductive equation.

This dissertation studies on the techniques of tunable dual wavelength ring erbium-doped fiber laser in depth and systematic research.

Coiling technique is used to control the transverse mode of a large-mode-area (LMA) multimode fiber laser.

The optical fiber laser is also characterized in little influence from environment, compact structure, easy implementation, etc.

Experimental results show that the fiber laser can achieve visible light output in high efficiency.

Secondly, the experiments of RFL pumped by the Nd: YVO4 solid-state laser and double clad fiber laser (DCFL) are investigated, respectively.

In order to reduce coupling loss between different fibers in a fiber laser or amplifier, fused taper technique was applied to couple fibers.

Mode coupling, bend distortion and bend loss are important considerations in large mode area (LMA) fiber laser.

Passively mode-locked fiber laser and the application in optical frequency metrology were introduced.

A fiber laser cavity that includes a laser gain medium for receiving an optical input projection from a laser pump.

Fiber laser image measure system has the special advantage of spatial filter of background light.

A novel fiber-laser-based strain sensor is proposed and experimentally demonstrated.

Experiment results show that there are multiple output states from a passive mode-locked fiber laser.

The results provide a good reference for designing end pumped high power double clad fiber laser.

The expression of minimum and optimum fiber length for designing a linear cavity erbium doped fiber laser has been given.

End pumping is a simple pumping method in double clad fiber laser.

So good so far, how do you make a real, useable fiber laser?

The fiber laser scanning for interrogation is controlled by computer.

Using the way of homodyne coherent detection, a fiber laser Doppler vibrometer is designed and completed.

In this paper, we have deep research on key technologies of photonic crystal fiber laser.

Random distributed feedback fiber laser (RDFFL) has been developed as a new type of fiber laser in recent years.

An injection- switchable erbium-doped fiber laser (EDFL) with two output ports based on a ring structure is proposed.

Solar concentrator plays a key role in the solar-direct-pumped fiber laser system.

A low-noise ring fiber laser using high Erbium-doped fiber was demonstrated.

Properties and variety of double-clad fiber, cavity structure of fiber laser and pumping mode are discussed.

We can predict that the studied glass will be a excellent material for high energy pulse fiber laser and amplifications .

The invention also provides a method for switching Q by fiber laser.

The output stability of this fiber laser is within 5%.

Welding process viarables of 304 stainless steel sheet welded by continuous fiber laser was researched in this paper.

A long-cavity mode-locked Yb-doped fiber laser is reported.

The development trends of high energy fiber laser system were briefly discussed.

Wavelength switchable fiber laser is used widely in many fields, especially in the present optical source of WDM network router.

Analytical solution of the threshold pump power of a double-clad fiber laser

Pump light leakage at coupler of side-pumped double-clad fiber laser with a novel dielectric-metal-dielectric sandwich structure

Generation of high-repetition-rate pulse trains in a fiber laser through a twin-core fiber

Single Longitudinal Mode Fiber Laser with Multiple Ring Cavities and Its Frequency Stabilization

The experimental study of a fiber Bragg grating sensor system based on linear-cavity Er-doped fiber laser

Analyse and design of Fabry-Perot filter used in compressing laser spectrum linewidth on fiber laser gyroscope

The influences of lengths of gain medium on output performances of a DBR-type short cavity fiber laser

Experimental Studies of a Wavelength Scanning Mode Locking Er-doped Fiber Laser

Mode-locked fiber laser having an optical path length controller for a fiber resonator

Temporal and Spectral Characteristic of a Yb-doped Double-clad Fiber Laser

Experimental investigation of phase detection and compensation in coherent combining of fiber laser array;

Fiber Laser and Its Applications in Rapid Prototyping of Selective Laser Melting

Study of Self Mode-Locking in Q-Switched and Continuous Working Yb-Doped Fiber Laser

cladding pumping technology in fiber laser Pump diode with a broad-area

Numerical Simulation and Analysis of Two Cascaded Raman Fiber Laser

Study on Polarization Properties of a Twisted DBR Fiber Laser

The Method of Unequal Interval to Improve Diffraction Efficiency of Incoherent Fiber Laser Beam Combination

Characterization of a dual wavelength fiber laser based on dumbbell configuration

Effect of partial coherence of laser has on the irradiance distribution of coherent combining of fiber laser arrays in far field

Fiber laser and its application to optical communication

Tunable Fiber Laser and its Application in Optical Fiber Sensing

Yb-doped Double-Clad Fiber Laser and its Application in Laser Processing

Wavelength Stabilization of Mode-Locked Fiber Laser via Continuous-Wave Injection

Critical Factors Influencing Characteristics of Q-switched Fiber Laser

Investigation and Applications of Fiber Laser Precision Cutting System

High-efficiency Generation of Cladding Pumped Erbium-ytterbium Co-doped Double Clad Fiber Laser

Study of Cutting Precision Gear Wheel with Fiber Laser

Grating enables tunable fiber laser for telecommunication

Theoretical Study of Yb-doped Double-clad Fiber Laser

Selection of Fiber Laser Beam Combination Methods for Airborne Soft-killing Laser Source

Studies on Supercontinuum Generation in Dispersion Shifted Fiber by Using Mode-Locked Fiber Laser

Research Progress in Optical Fiber Laser and Its Outlook

Parametric Analysis of Delay Optical Fiber Laser Range Finding Jamming System

Optical fiber laser accelerates the application of optical fiber sensing

Theoretical analysis of fiber-laser based all-optics fiber Bragg grating sensor system

Regeneratively Modelocked Erbium-doped Fiber Laser by Feedback of Harmonic Longitudinal Beat Signal

C-Band Wavelength Tunable Erbium Doped Fiber Laser with Polarization Control

A Novel Scheme for the Cavity Length Stability of Actively Mode-locked Fiber Laser

Fiber Optical Bistability in Frequency Domain Based on Tunable Fiber Laser and its Application

Optical Fiber Laser and Its Application in Sensing

Influence of Bending Diameter on the Output Capability of Multimode Fiber Laser

Fabrication of Distributed Feedback Bragg Fiber Laser on Regular Er-Doped Fiber

59 MW Green Light Second Harmonic Generation of Quasi-CW Double-Cladding Fiber Laser in Periodically Poled Lithium Niobate

Implement Scheme of a Single-stage Raman Fiber Laser

Multi-Wavelength Fiber Laser Using M-Z Interferometer and Composite Cavity

Stabile Two-wavelength Fiber Laser with Strict Polarization

Research on the Maximum Array Width of Incoherent Fiber Laser Beam Combination

Stability Analysis of Multi - frequency Mode-locked Pulse Fiber Laser

The Optimization for A Q-switched All Fiber Laser

A Scheme of the High Brightness Fiber Laser as a Weapon

Wavelength Tunable Linear Cavity Erbium-Doped Fiber Laser Operating in L-Band

Study on Stable Multi-Wavelength Erbium-Doped Fiber Laser at Room Temperature

A passively mode-locked femtosecond pulse fiber laser using fiber ring mirror

Stability of Passively Mode-locked Femtosecond Fiber Laser

Development and Application of Ultrafast Pulse Fiber Laser

Development of fs Fiber Laser and Its Industrial Applications

Theoretic analysis on self-organized coherence of fiber laser array

Study on Characteristics of Tunable Fiber Laser Employing AOTF

Erbium-doped Fiber Laser and Its Properties

Widely Tunable Self-starting Passively Mode-locked Er-doped Fiber Laser

The analysis on seif-defence application of high power airborne fiber laser

Holey Fiber Laser Have the Potential to Revolutionize Fiber Lasers

Recent progress of fiber laser combining technology

Modeling of noise in actively and passively mode-locked fiber laser system

Narrow Bandwidth Linear Cavity Q-switched Double-clad Nd-doped Fiber Laser

Recent progresses and development of fiber laser combining technology

Research on the Q-switched large mode area Yb-doped photonic crystal fiber laser

The research and application of pulse fiber laser with high-energy output

Ring Laser Velocimeters, Optical Fiber Laser Gyros

The Effects of Pumping Perturbation on the Stability of Er-doped Fiber Laser

Fiber Laser Cutting Technology on Coronary Artery Stent

The researches on the airborne defensive application based on incoherent fiber laser combination

The research and development of High performance femtosecond pulse fiber laser

Coherent beam combining technology of fiber laser

Stable Output for Dual-ring Erbium-doped Fiber Laser by Chaotic Control

Principle and measurement of ultra short pulse fiber laser

Study on the Supermode and Mode Selection in Multicore Fiber Laser

Analysis the Dynamics of Pulse Pumped Yb-doped Double-clad Fiber Laser

Research progress in fiber laser technology

Progress in Photonic Crystal Fiber Laser Study and the Key Techniques

Optimized design of fiber laser gyroscope system

Design and Development of Emitting-Receiving Optical System of Reflex Optical-Fiber Laser Range-Finder

A solar concentrator in the solar-direct-pumped fiber laser system

Yb doped double clad fiber laser and pump coupling technology

Numerical Simulation and Analysis of One-order Raman Fiber Laser

Research Progress of Pumping Methods for Fiber Laser

Study on wavelength tuning technology of fiber laser

Research and Progress of Multiwavelength Erbium-doped Fiber Laser

Study on Key Technology of Narrow-linewidth Fiber Laser

Applications of IPG Fiber Laser to Fuel Cell Production

Study on Linear Multi-cavities Erbium-doped Fiber Laser

Chaotic Control of Stable Output for Fiber Laser System

Dual-wavelength Fiber Laser Based on Polarisation Hole-burning Effect at Room Temperature

Study on Stability of Harmonic Mode Locked Fiber Laser

A micro-vibration signal fidelity-pickup interferometer based on optical fiber laser

A Research of Active Lock - mode of Ultra - short Fiber Laser

The Research of Coherent Combining of Fiber Laser

Study on High-Energy Ytterbium-Ions-Doped Fiber Laser

Recent Progress of Q-Switched Double-Clad Fiber Laser

A Novel Single Longitudinal Mode Fiber Laser

Fiber Laser Brings Light to Fuel Cell Production

Precision microwelding of thin metal foil with single-mode fiber laser

Analysis of Chaotic Phenomena in the Fiber Laser

Experimental Study on Low-Noise Fiber Laser

Study on the multiplexed sensor system based on tunable fiber laser with fiber Bragg grating

Fiber laser with low noise and narrow linewidth

Laser Propulsion Technology Based On Fiber Laser Combination

The Passively Mode- locked Fiber Laser

The progress of ultrashort fiber laser

Analysis of high-power fiber laser weapons

Tunable Distributed Back Reflector All Fiber Laser Based on Vernier Effect

Studies of RZ Formats Light Source Based on Regeneratively Mode-locked Fiber Laser

Tunable Erbium-doped ring fiber laser

Research on DBR Fiber Laser Strain Sensor

An Analysis of Stability of Er-Doped Fiber Laser

Tunable L-band Ring Erbium-doped Fiber Laser

The Latest Advances in Raman Fiber Laser

The Research and Development of Erbium-Doped Fiber Laser

Device with clad-layer pump fiber laser

Double-clad Fiber Laser with Linear Cavity Based on Fiber Bragg Gratings

The Active Mode-locked Fiber Laser

Fiber Laser Micro-Welding of Cu-CuNi Fine Thermocouple

The Energy Diagram of Fiber Laser

Beam Combining of Fiber Laser

Brillouin fiber laser based on photonic crystal fiber

All Fiber Q-Switching of Fiber Laser

Study on Mode Control of Fiber Laser

The progress of KW fiber laser

Fiber laser has a lot of merits and characteristics, such as good compatibility with fiber components and fiber systems;

The Development and the Promising Future of Double - clad Fiber Laser

Tunable Fiber Laser Based on Fiber Gratings

Erbium-doped fiber laser based on fiber loop mirror

New Development of Fiber Laser

100 Nm Widely Tunable Er-doped Fiber Laser