This paper investigates the 3D distribution features of fuel, hot spots (HS), and velocity in a
centrally staged swirl spray combustor using particle image velocimetry (PIV) and …

Flame flashback is a crucial challenge during the application of high-hydrogen fuels for the
development of next-generation lean premixed combustors. The fundamentals of stable …

The quantitative measurements of the soot volume fraction can deliver important validation
data for detailed models of soot inception, growth, and oxidation in hydrocarbon-fueled …

Planar laser-induced fluorescence (PLIF) is a crucial spectroscopic technique for measuring
minor species [eg, hydroxyl (OH), methylene (CH), and nitric oxide (NO) radicals] in …

The thermo-acoustic stability of a combustor may be assessed in its design phase via
solving an expression for the interior acoustic field with flame characteristics treated as an …

This paper reports on the temperature imaging of elevated pressure flames using planar
Two Line Atomic Fluorescence, TLAF, of gallium. The technique was applied in laminar and …

Ammonia (NH3) is a promising fuel source for future gas turbines as it produces zero carbon
dioxide (CO2) emissions. However, pure NH3 has low chemical reactivity, increased NOx …

Partially cracked ammonia (NH3) blends have gained recent interest as a drop-in fuel for
many existing combustor designs since these blends have similar laminar flame speed and …

Laser-based thermometry techniques are being used extensively in many reacting low
applications. Different techniques have been developed with varying accuracy, experimental …

روش نورشیمیایی یکی از روشهای نوری شناخته شده و پرکاربرد در زمینه شناسایی سیستمهای
احتراقی است. در این پژوهش، سیگنال‌های نورشیمیایی CH* وOH* گونه‌های نشانگر نرخ گرمای آزاد …‎