[HTML][HTML] Advances in burst-mode laser diagnostics for reacting and nonreacting flows
High-energy burst-mode lasers have enabled the development of kHz–MHz rate, multi-
dimensional diagnostics for characterizing highly dynamic and transient phenomena in …
dimensional diagnostics for characterizing highly dynamic and transient phenomena in …
[HTML][HTML] Intracavity laser absorption spectroscopy: performance and advantages for Energy Science
Meeting the demands of sustainable energy economy requires diagnostics of the chemical
processes surrounding future fuels and contemporary combustion applications. Pioneered …
processes surrounding future fuels and contemporary combustion applications. Pioneered …
Simultaneous planar laser-induced fluorescence measurement of reactant NH3, radical NH, and pollutant NO in ammonia-hydrogen flames using a single dye laser
G Wang, S Wang, TF Guiberti - Combustion and Flame, 2023 - Elsevier
The stability, local extinction, and NOx production of ammonia-hydrogen (NH 3-H 2) flames
are significantly impacted by turbulence-chemistry interactions. A powerful technique to …
are significantly impacted by turbulence-chemistry interactions. A powerful technique to …
Simultaneous imaging of NO and NH in an ammonia-hydrogen-nitrogen flame using a single dye laser
This study describes a technique that utilizes a single, tunable, pulsed dye laser and two
intensified CCD cameras to image NH and NO simultaneously in turbulent ammonia …
intensified CCD cameras to image NH and NO simultaneously in turbulent ammonia …
kHz-rate volumetric flame imaging using a single camera
Time-resolved three-dimensional diagnostics are experiencing rapid development recently
due to the pressing need for the understanding of highly turbulent flows/flames that are …
due to the pressing need for the understanding of highly turbulent flows/flames that are …
[PDF][PDF] Structure and dynamics of CH2O, OH, and the velocity field of a confined bluff-body premixed flame, using simultaneous PLIF and PIV at 10 kHz.
CA Fugger, S Roy, AW Caswell… - Proceedings of the …, 2019 - drive.google.com
This study characterizes the structure and dynamics of a confined, bluff-body-stabilized
turbulent premixed flame by simultaneously employing formaldehyde (CH2O) and hydroxyl …
turbulent premixed flame by simultaneously employing formaldehyde (CH2O) and hydroxyl …
Strategy for instantaneous formaldehyde (CH2O) imaging by planar laser-induced fluorescence (PLIF) in a scramjet with intense flame emissions
Abstract Conducting CH 2 O PLIF imaging in scramjets is challenging due to strong flame
emissions (FEs). The FE interference is comparable to the CH 2 O fluorescence in the …
emissions (FEs). The FE interference is comparable to the CH 2 O fluorescence in the …
High-efficiency narrow-bandwidth KTP optical parametric oscillator for kHz–MHz planar laser-induced fluorescence
The electronic excitation of key combustion species or flow tagging of chemical species
requires a narrowband tunable UV source. In this work, a potassium titanyl phosphate (KTP) …
requires a narrowband tunable UV source. In this work, a potassium titanyl phosphate (KTP) …
Simultaneous 36 kHz PLIF/chemiluminescence imaging of fuel, CH2O and combustion in a PPC engine
The requirements on high efficiency and low emissions of internal combustion engines
(ICEs) raise the research focus on advanced combustion concepts, eg, premixed-charge …
(ICEs) raise the research focus on advanced combustion concepts, eg, premixed-charge …
[HTML][HTML] CFD modeling of pyrolysis oil combustion using finite rate chemistry
This paper reports the first Computational Fluid Dynamics (CFD) model developed for
biomass pyrolysis oil spray combustion using Finite-Rate Chemistry (FRC) approach. To …
biomass pyrolysis oil spray combustion using Finite-Rate Chemistry (FRC) approach. To …