CROSS SECTIONS, TRANSITION INTENSITIES, AND LASER GENERATION AT THE [sup.3][P.sub .1] [right arrow] [sup.3][H.sub .5] TRANSITION OF Li[Y.sub.0.3][Lu.sub.0.7][F.sub.4]:[Pr.sup.3+] CRYSTAL

Lasing and spectroscopic properties of an Li[Y.sub.0.3][Lu.sub.0.7][F.sub.4]:[Pr.sup.3+] crystal grown by the Bridgman- Stockbarger method were investigated in detail. Absorption and luminescence spectra were recorded using polarized light. Lifetimes of excited states [sup.3][P.sub.J] were determine...

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Veröffentlicht in:Journal of applied spectroscopy 2019-05, Vol.86 (2), p.220
Hauptverfasser: Nizamutdinov, A.S, Morozov, O.S, Korableva, S.L, Semashko, V.V, Dunina, E.B, Kornienko, A.A, Demesh, M.P, Gusakova, N.V, Yasukevich, A.S, Kisel, V.E, Kuleshov, N.V
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container_issue 2
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container_title Journal of applied spectroscopy
container_volume 86
creator Nizamutdinov, A.S
Morozov, O.S
Korableva, S.L
Semashko, V.V
Dunina, E.B
Kornienko, A.A
Demesh, M.P
Gusakova, N.V
Yasukevich, A.S
Kisel, V.E
Kuleshov, N.V
description Lasing and spectroscopic properties of an Li[Y.sub.0.3][Lu.sub.0.7][F.sub.4]:[Pr.sup.3+] crystal grown by the Bridgman- Stockbarger method were investigated in detail. Absorption and luminescence spectra were recorded using polarized light. Lifetimes of excited states [sup.3][P.sub.J] were determined. Absorption and emission transition intensities were calculated according to f-f-transition intensity theory taking into account interconfiguration interaction. Stimulated emission transverse cross sections were determined using the Fuchtbauer-Ladenburg method. Pumping by an InGaN laser diode produced continuous-wave laser generation at 522.6 nm ([sup.3][P.sub.1] [right arrow] [sup.3][H.sub.5]) in Pr-doped mixed fluoride crystals with a maximum output power of 0.38 W and a slope efficiency of 19%.
doi_str_mv 10.1007/s10812-019-00803-7
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subjects Fluoride treatment
Fluorides
Rare earth metal compounds
title CROSS SECTIONS, TRANSITION INTENSITIES, AND LASER GENERATION AT THE [sup.3][P.sub .1] [right arrow] [sup.3][H.sub .5] TRANSITION OF Li[Y.sub.0.3][Lu.sub.0.7][F.sub.4]:[Pr.sup.3+] CRYSTAL
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