Optical diagnostics for fluid temperature measurements continue to further our
understanding of flows involving heat transfer and/or chemical reactions, which are intrinsic …

Coherent anti-Stokes Raman scattering (CARS) spectroscopy is widely used for measuring
temperature and species concentration in reacting flows. This paper reviews the advances …

Laser-based methods have transformed combustion diagnostics in the past few decades.
The high intensity, coherence, high spectral resolution and frequency tunability available …

Porous media combustion offers significant advantages against free flame burners,
concerning pollutant emissions, power density, turn down ratio, combustion stability and the …

Porous media (PM) have the potential to enhance the flame stability and improve thermal
performance in a micro/meso-scale burner. In this work, zirconia foam and high-porosity …

Abstracts Porous media combustion of lean and ultra-rich methane-air mixtures was
numerically studied using the approach when the process is simulated at the pore scale with …

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

In porous burners, the flame thickness can be smaller than the pore size, resulting in sharp
and locally-anchored flame fronts. The presence of such steep gradients at the pore level is …

An experimental setup combining computer-generated geometries, additive-manufacturing,
a telecentric lens and CH⋆ chemiluminiscence is used to visualize the flame inside an …

Novel design of one-layer porous burner for experimental studies of the flame front
dynamics at pore scale level is proposed. Results of the experimental and numerical studies …