Formation of PM and Soot Precursor in Diffusion Flame Generated by Thermally Decomposed Diesel Fuel(Engineering)

スポンサーリンク

概要

• 論文の詳細を見る

• Paniculate matter (PM) and soot precursor formation by thermally decomposed n-parafiin and iso-paraffin fuels were studied in a high temperature atmosphere to simulate diesel combustion. Thermally decomposed hydrocarbons were generated using a plug flow reactor. They were immediately introduced into a co-flow diffusion burner as fuel. Both fuels produce thermally decomposed hydrocarbons having different compositions that affect PM and soot formation. Branched molecular structure fuel causes more exhaust PM concentration than n-paraffin fuel because of increasing first aromatic ring concentrations and PAHs. PAHs fluorescence wavelength in SOF features a 464nm peak when soot appears.

• 舞鶴工業高等専門学校の論文

著者

• Miwa Kei

  Jst Innovation Satellite Univ Of Tokushima

• Noge Hirofumi

  Dept. of Mechanical Eng., Maizuru National College of Technology

• Kidoguchi Yoshiyuki

  Dept. of Ecosystem Eng., Univ. of Tokushima

• Kidoguchi Yoshiyuki

  Dept. Of Ecosystem Eng. Univ. Of Tokushima

• Noge Hirofumi

  Dept. Of Mechanical Eng. Maizuru National College Of Technology

関連論文

• deNOx Mechanism Caused by Thermal Cracking Hydrocarbons in Stratified Rich Zone during Diesel Combustion(Diesel Engines, Performance and Emissions, NOx Strategies)
• Formation of PM and Soot Precursor in Diffusion Flame Generated by Thermally Decomposed Diesel Fuel(Engineering)
• A Study on NO Reduction Caused by Thermal Cracking Hydrocarbons during Rich Diesel Combustion

スポンサーリンク