Glass fiber laser at 1.36 microm from SiO(2):Nd

By adding 14 mol % P(2)O(5) to the core of a SiO(2):Nd fiber, laser emission was obtained at 1.36 microm. From the fluorescent spectra and laser thresholds for the (4)F(3/2) to (4)I(11/2) and (4)F(3/2) to (4)I(13/2) transitions, the net gain at 1.36 microm is 0.024 dB/mW, and the ratio of excited-st...

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Published in:Optics letters 1989-10, Vol.14 (19), p.1060-1061
Main Authors: Hakimi, F, Po, H, Tumminelli, R, McCollum, B C, Zenteno, L, Cho, N M, Snitzer, E
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container_end_page 1061
container_issue 19
container_start_page 1060
container_title Optics letters
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creator Hakimi, F
Po, H
Tumminelli, R
McCollum, B C
Zenteno, L
Cho, N M
Snitzer, E
description By adding 14 mol % P(2)O(5) to the core of a SiO(2):Nd fiber, laser emission was obtained at 1.36 microm. From the fluorescent spectra and laser thresholds for the (4)F(3/2) to (4)I(11/2) and (4)F(3/2) to (4)I(13/2) transitions, the net gain at 1.36 microm is 0.024 dB/mW, and the ratio of excited-state absorption (the (4)F(3/2) to (4)G(7/2) transition) to stimulated emission is estimated to be 0.78.
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title Glass fiber laser at 1.36 microm from SiO(2):Nd
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