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Eremenko

Laser Gas-Analyser for Monitoring a Source of Gas Pollution
Engineering Education # 10, October 2015
DOI: 10.7463/1015.0813348
pp. 221-234
Laser gas analysis for multicomponent gas mixtures with essentially different gas concentration
Engineering Education # 02, February 2013
DOI: 10.7463/0213.0539070
The paper describes the problem of gas reconstruction in laser analysis of multicomponent gas mixtures with essentially different gas concentration. Signal processing procedures based on the projective method are described. Usage of the projective method allowed to solve the problem of gas reconstruction efficiently for multicomponent gas mixtures in cases of distinctions in gas concentrations by one or two orders of magnitude and even more.
Laser gas analysis of multicomponent gas mixtures in case of rough known matrix of gas absorption coefficients
Engineering Education # 08, August 2012
DOI: 10.7463/0812.0428796
The paper describes the problem of gas reconstruction in laser gas analysis in case of rough known matrix of gas absorption coefficients. Signal processing procedures based on the projective method were described for the differential absorption method. It was shown that use of projective method allows to solve the problem of gas reconstruction for multicomponent gas mixtures in case of rough known matrix of gas absorption coefficients efficiently.
Laser photo-acoustic analysis of multicomponent gas mixtures
Engineering Education # 06, June 2012
DOI: 10.7463/0612.0368798
The authors describe the problem of recovery of gas concentration in laser photo-acoustic analysis. Signal processing procedures based on projective method are described for the differential absorption method. Usage of the projective method was proved to be efficient for solving the problem of recovery of gas concentration for multi-component gas mixtures.
77-48211/361977 Laser gas analysis for complex low-component mixtures
Engineering Bulletin # 05, May 2012
The paper describes the problem of gas reconstruction in laser gas analysis.Signal processing procedures based onmethod of Bayesian estimator were describedfor the differential absorption method. It was shown that usage ofBayesian estimator allowed to solve the problem of gas reconstruction for complex low-component gas mixtures efficiently.
 
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