Abstract
The “active sites” were identified in the ensemble of soot particles, the place of their location, the nature of their structure. The mechanism of the formation and physico-chemical properties of the pyrolytic carbon film were studied in hydrocarbon flames. Integrated technique, including infrared spectral analysis, sampling of the condensed combustion products, studying of the surface topography of the soot particles, finding values of the optical constants, revealing irregularities in the brightness of the flame, identify irregularities in the brightness of the flame can be applied in the research of mechanisms of soot formation in heterogeneous condensed media.
Highlights
The “active sites” were identified in the ensemble of soot particles, the place of their location, the nature of their structure
The mechanism of the formation and physico-chemical properties of the pyrolytic carbon film were studied in hydrocarbon flames
Integrated technique, including infrared spectral analysis, sampling of the condensed combustion products, studying of the surface topography of the soot particles, finding values of the optical constants, revealing irregularities in the brightness of the flame, identify irregularities in the brightness of the flame can be applied in the research of mechanisms of soot formation in heterogeneous condensed media
Summary
The “active sites” were identified in the ensemble of soot particles, the place of their location, the nature of their structure. STRUCTURE AND PROPERTIES OF SOOT IN HYDROCARBON FLAMES O.V. Vasileva[1], S.I. Ksenofontov[2], A.G. Krasnova[1], A.V. Kokshina1 The mechanism of the formation and physico-chemical properties of the pyrolytic carbon film were studied in hydrocarbon flames.
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
