Improvement of the Operation Process of Gas Burners

Abstract

In this article, a slot burner was used to further improve the evaporation, atomization, and lower detection limits with optogalvanic spectroscopy. The flames produced by the combustion of various gases in the burners were studied propane-butane-air, acetylene (C2H2) - air and (C2H2-N2O). The experiment measured the maximum and minimum gas consumption. Simultaneous transmission of laser light and aerosol-shaped particles from aqueous solutions of elements into the flame, the separation of these particles into atoms in the flame, and the resulting selective step excitation between the laser light and the element atoms, and the mechanisms of ion recordingwere developed. The results indicate that the collision mechanism of ionization is the dominant process.