Tunable polymer dye laser pumped by two 513 nm diodes

We demonstrate a tunable solid-state polymer dye laser with quasi-longitudinal pumping by two green (λ  =  513 nm) laser diodes. Tuning curves with a maximum efficiency of 13% were attained, using a plate of crystalline quartz (Lyot filter) for wavelength selection. In a three-mirror cavity with par...

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Published in:Laser physics letters 2020-02, Vol.17 (2), p.25801
Main Authors: Burdukova, O A, Dolotov, S M, Petukhov, V A, Semenov, M A
Format: Article
Language:English
Subjects:
diode-pumped dye laser
polymer laser
pyrromethenes
tuning curves
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creator Burdukova, O A
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Semenov, M A
description We demonstrate a tunable solid-state polymer dye laser with quasi-longitudinal pumping by two green (λ  =  513 nm) laser diodes. Tuning curves with a maximum efficiency of 13% were attained, using a plate of crystalline quartz (Lyot filter) for wavelength selection. In a three-mirror cavity with partial compensation of astigmatism, the total tuning range was 62 nm (from 545 nm to 607 nm) for pyrromethene dyes: PM567, PM580 and PM597. The best results were achieved with active elements based on Pyrromethene 580 laser dye in a mixture of polyvinyl butyral or a copolymer of butylmethacrylate and methacrylic acid (ratio 9:1) with the addition of 30% dibutylsebacinate as a plasticizer.
doi_str_mv 10.1088/1612-202X/ab5f56
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subjects diode-pumped dye laser
polymer laser
pyrromethenes
tuning curves
title Tunable polymer dye laser pumped by two 513 nm diodes
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