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 …

Raman spectroscopy, as a rapid, high-precision, and nondestructive tool, can be used for
analyzing the samples from gas to solid, from ex situ to in situ, from organic macromolecule …

Breath gas analysis is a novel powerful technique for noninvasive, early-stage diagnosis of
metabolic disorders or diseases. Molecular hydrogen and methane are biomarkers for …

In the present work, an improved model of the Raman gas analyzer (RGA) of natural gas
(NG) developed by us is described together with its operating principle. The sensitivity has …

Biogas production from organic raw materials is a highly complex biotechnological process.
The responsible anaerobic fermentation process is difficult to measure due to its multi-stage …

Raman spectroscopy is a unique tool for fast analysis of multicomponent gas media. In this
work, we studied the features of application of this method for monitoring the syngas (mixture …

We propose a gas sensor, based on spontaneous Raman scattering, for the compositional
analysis of typical biogas mixtures and present a description of the sensor, as well as of the …

There is great interest in the development of renewable and environmentally friendly fuel
sources such as biogas and syngas for generation of heat and electricity. Raman …

Featured Application The Developed Raman Laser Gas Spectrometer is Suitable for
Detection of Carbon Isotopologues of Methane and Carbon Dioxide in Human Exhalation …

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 …