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 …

Raman spectroscopy has advanced considerably in the last several years due to rapid
developments in instrumentation and the availability of theoretical methods for accurate …

The development of time-resolved dual-broadband pure-rotational coherent anti-Stokes
Raman spectroscopy using picosecond laser pulses is investigated for use in the study of …

The case of symmetric tops CH3X (X= Br, Cl, F,…) perturbed by non-polar diatoms Y2 (Y=
N2, O2,…) is analysed from the viewpoint of theoretical collisional broadening of their …

A semi-classical and a semi-empirical methods are employed to obtain line-broadening
coefficients for the ν 6 band of CH 3 IN 2 at room temperature (296 K). Calculations are …

In this work we present a theoretical and experimental study of the acetylene–hydrogen
system. A potential surface considering rigid monomers has been obtained by ab initio …

Rotational coherent anti-Stokes Raman spectroscopy (CARS) has over the years
demonstrated its strong potential to measure temperature and relative concentrations of …

Room-temperature N2-broadening coefficients of methyl chloride rotational lines are
measured over a large interval of quantum numbers (6≤ J≤ 50, 0≤ K≤ 18) by a …

Laser diagnostics has been one of the most powerful tools in advancing state-of-the-art
combustion research over the last five decades. Prof. Marcus Aldén, one of the most well …