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

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 …

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 …

Chemical mechanical planarization (CMP) has been widely used in the semiconductor
industry to create planar surfaces with a combination of chemical and mechanical forces. A …

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

The effects of hydrogen bonding between dimethyl sulfoxide (DMSO) and the co‐solvents
water, methanol, and ethanol on the symmetric and antisymmetric CSC stretching vibrations …

The first application of Laser Induced Thermal Gratings Spectroscopy (LITGS) for precision
thermometry in a firing GDI optical engine is reported. Crank-angle resolved temperature …

A modern trend in the development of laser-based analytical instruments is to integrate more
functions in a single device, which could supply complementary information and improve the …

In this paper we demonstrate that conventional absorption spectroscopy in the ultraviolet,
visible and near-infrared spectral range facilitates characterization of Escherichia coli (E …

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 …