NUMERICAL ANALYSIS OF LASER DIODE LONGITUDINALLY PUMPED SOLID‐STATE LASER GENERATION DYNAMICS USING TRAVELING WAVE MODEL-Reference-Cited by-同舟云学术

NUMERICAL ANALYSIS OF LASER DIODE LONGITUDINALLY PUMPED SOLID‐STATE LASER GENERATION DYNAMICS USING TRAVELING WAVE MODEL

Published:2010-02-15 Issue:1 Volume:15 Page:23-38
ISSN:1392-6292
Container-title:Mathematical Modelling and Analysis
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Author:

Dementjev Aleksandr¹,Čiegis Raimondas²,Laukaitytė Ingrida²,Slavinskis Nerijus¹

Affiliation:

1. Institute of Physics, Savanorių av. 231, Vilnius, Lithuania

2. Vilnius Gediminas Technical University, Saulėtekio av. 11, LT-10223, Vilnius, Lithuania

Abstract

A detailed theoretical model for the description of generation dynamics of diode laser longitudinally pumped solid‐state lasers with active and/or passive Q‐switching using traveling wave approach is presented. The results of numerical simulations and analysis show that the distribution of generated laser pulse intensity and the other laser parameters along the resonator is very inhomogeneous. Therefore, the widely used point laser model cannot give accurate results when inside the resonator there are active or passive elements which lead to the strong modulation of the generated pulse intensities.

Publisher

Vilnius Gediminas Technical University

Subject

Modelling and Simulation,Analysis

Reference36 articles.

1. High Power Diode Lasers

2. Solid-State Lasers From an Efficiency Perspective

3. Pulse-train formation in a gain-switched polymer laser resulting from spatial gain inhomogeneity

4. Efficient energy extraction below the saturation fluence in a low-gain low-loss regenerative chirped-pulse amplifier

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