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Mark Gragston

Showing results (1-10 of 23) with videos related to

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Applied Optics|August 12, 2025
Surface heating measurements with temperature-sensitive paint films using fluorescent lifetime analysisSophia Edwards, Mark Gragston
Applied Optics|October 6, 2021
10 kHz laser-induced schliere anemometry for velocity, Mach number, and static temperature measurements in supersonic flowsLauren Lester, Mark Gragston
Applied Optics|March 4, 2024
Multi-point FLEET velocimetry in a Mach 4 Ludwieg tube using a diffractive optical elementFarhan Siddiqui, Mark Gragston
Optics Letters|September 29, 2017
Acoustic detection of resonance-enhanced multiphoton ionization for spatially resolved temperature measurementYue Wu, Mark Gragston, Zhili Zhang
Applied Optics|May 2, 2018
High-speed flame chemiluminescence imaging using time-multiplexed structured detectionMark Gragston, Cary D Smith, Zhili Zhang
Optics Express|October 27, 2022
O<sub>2</sub> based resonantly ionized photoemission thermometry analysis of supersonic flowsWalker McCord, Mark Gragston, David Plemmons, et al.
Applied Optics|March 4, 2024
Multi-depth focused laser differential interferometer based on chromatic aberrationNicholas Webber, Rachel Constantin, Sophia Edwards, et al.
Optics Letters|January 7, 2017
Spatially localized, see-through-wall temperature measurements in a flow reactor using radar REMPIYue Wu, Mark Gragston, Zhili Zhang, et al.
Applied Optics|February 23, 2023
Recent progress in high-speed laser diagnostics for hypersonic flows [Invited]Naibo Jiang, Paul S Hsu, Mark Gragston, et al.
Applied Optics|June 18, 2021
Emissions in short-gated ns/ps/fs-LIBS for fuel-to-air ratio measurements in methane-air flamesMark Gragston, Paul Hsu, Naibo Jiang, et al.
Pageof 3

Showing results (1-10 of 23) with videos related to

Sort By:
Pageof 3
Applied Optics|August 12, 2025
Surface heating measurements with temperature-sensitive paint films using fluorescent lifetime analysisSophia Edwards, Mark Gragston
Applied Optics|October 6, 2021
10 kHz laser-induced schliere anemometry for velocity, Mach number, and static temperature measurements in supersonic flowsLauren Lester, Mark Gragston
Applied Optics|March 4, 2024
Multi-point FLEET velocimetry in a Mach 4 Ludwieg tube using a diffractive optical elementFarhan Siddiqui, Mark Gragston
Optics Letters|September 29, 2017
Acoustic detection of resonance-enhanced multiphoton ionization for spatially resolved temperature measurementYue Wu, Mark Gragston, Zhili Zhang
Applied Optics|May 2, 2018
High-speed flame chemiluminescence imaging using time-multiplexed structured detectionMark Gragston, Cary D Smith, Zhili Zhang
Optics Express|October 27, 2022
O<sub>2</sub> based resonantly ionized photoemission thermometry analysis of supersonic flowsWalker McCord, Mark Gragston, David Plemmons, et al.
Applied Optics|March 4, 2024
Multi-depth focused laser differential interferometer based on chromatic aberrationNicholas Webber, Rachel Constantin, Sophia Edwards, et al.
Optics Letters|January 7, 2017
Spatially localized, see-through-wall temperature measurements in a flow reactor using radar REMPIYue Wu, Mark Gragston, Zhili Zhang, et al.
Applied Optics|February 23, 2023
Recent progress in high-speed laser diagnostics for hypersonic flows [Invited]Naibo Jiang, Paul S Hsu, Mark Gragston, et al.
Applied Optics|June 18, 2021
Emissions in short-gated ns/ps/fs-LIBS for fuel-to-air ratio measurements in methane-air flamesMark Gragston, Paul Hsu, Naibo Jiang, et al.
Pageof 3