This study reports the effects of hydrogen (H 2) and nitrogen (N 2) blended into the fuel on
soot evolution and flame temperature in axisymmetric ethylene/air diffusion flames at …

Gaining information of species, temperature, and velocity distributions in turbulent
combustion and high-speed reactive flows is challenging, particularly for conducting …

Imaging through optically dense sprays is challenging due to the detection of multiple light
scattering, which blurs the recorded images and limits visibility. Structured laser illumination …

In this short review, it was communicated about the design and synthesis of optical active
nanoplatforms for light scattering studies highlighting holed nanoarchitectures as main …

In order to develop soot models that include effects due to particle aggregation, data must be
obtained from flames containing all of the relevant chemical and physical processes that …

Synchrotron x-ray fluorescence has been used to measure temperatures in optically dense
gases where traditional methods would fail. These data provide a benchmark for stringent …

There is a wealth of existing experimental data of flames collected using laser diagnostics.
The primary objective of this review is to provide context and guidance in interpreting these …

This paper focuses on the soot inception region in laminar coflow diffusion flames of
methane and ethylene stabilised on the Yale diffusion burner. Earlier studies of these flames …

In this article, the application of the FRAME (Frequency Recognition Algorithm for Multiple
Exposures) technique is presented for multi-species measurements in symmetric and …

High-fidelity temperature field measurements have been made for several heavily-sooting
ethylene/air flames that have historically been challenging environments for conventional …