Most commercial gaseous and liquid fuels are mixtures of multiple chemical compounds. In
recent years, these mixtures became even more complicated when the suppliers started to …

This work presents the first quantitative Raman measurements of temperature, mass
fractions, and mixture fractions in two turbulent ammonia/hydrogen/nitrogen-air diffusion jet …

A sensor system for fast gas composition analysis is presented. Using linear Raman
scattering the simultaneous detection of virtually all components of fuel gas mixtures such as …

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

To reduce the impact of combustion of fossil fuels on air quality and climate change,
dimethyl ether (DME) is a promising alternative diesel fuel candidate. Technical combustion …

The spontaneous Raman scattering technique is an excellent tool for a quantitative analysis
of multi‐species gas mixtures. It is a noninvasive optical method for species identification …

Nonlinear Raman microspectroscopy based on a broadband coherent anti-Stokes Raman
scattering is an emerging technique for noninvasive, chemically specific, microscopic …

Combining the advantages of organic and inorganic motifs, organic–inorganic hybrid
materials can exhibit excellent nonlinear optical (NLO) performance. In this article, through …

The capability to simultaneously acquire two orthogonal components of a Raman spectrum
has been added to the Sandia Raman/Rayleigh/CO-LIF instrument for combustion …

Raman spectroscopy is a promising tool for measuring the composition of natural gas.
However, to obtain high measurement accuracy, it is necessary to take into account changes …