10  kHz two-color OH PLIF thermometry using a single burst-mode OPO

10-kHz hydroxyl radical (OH) two-color planar laser-induced fluorescence (TC-PLIF) thermometry was demonstrated with a single burst-mode optical parametric oscillator (OPO) and a single camera. A fast, dual-wavelength switched seed laser enabled a high-energy, high-repetition-rate burst-mode laser t...

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Published in:Optics letters 2021-05, Vol.46 (10), p.2308-2311
Main Authors: Hsu, Paul S, Jiang, Naibo, Felver, Josef J, Lauriola, Daniel K, Danehy, Paul M, Roy, Sukesh
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Language:English
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cited_by cdi_FETCH-LOGICAL-c285t-c25fe8cdd93f74193c6098792cb5871971a18b2520254299e5012a566376c5013
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container_end_page 2311
container_issue 10
container_start_page 2308
container_title Optics letters
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creator Hsu, Paul S
Jiang, Naibo
Felver, Josef J
Lauriola, Daniel K
Danehy, Paul M
Roy, Sukesh
description 10-kHz hydroxyl radical (OH) two-color planar laser-induced fluorescence (TC-PLIF) thermometry was demonstrated with a single burst-mode optical parametric oscillator (OPO) and a single camera. A fast, dual-wavelength switched seed laser enabled a high-energy, high-repetition-rate burst-mode laser to generate two 10-kHz pulse trains at wavelengths of ${\sim}{354.8}\;{\rm nm}$. The two pulse trains are colinear with 3 µs time interval between the pulse pairs. The injection-seeded OPO efficiently converts the burst-mode laser output to 285.62 and 285.67 nm to excite the ${Q}_2({12})$ and ${P}_1({8})$ OH transitions. PLIF images were collected from each of the two excitation transitions, and intensity ratios from the images were used to determine local temperatures. The development of fast, dual-wavelength switching, burst-mode OPO technology significantly reduces the experimental complexity of the high-speed TC-PLIF thermometry and simplifies its implementation in harsh combustion and flow test facilities.
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title 10  kHz two-color OH PLIF thermometry using a single burst-mode OPO
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