416 燃料性状が微粒子の生成機構に及ぼす影響「炭素数、分子構造の影響」(環境負荷低減のためのエネルギー変換技術II)(オーガナイズドセッション(c)環境負荷低減のためのエネルギー変換技術)

概要

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Fuels with different carbon numbers and molecular structure were heated in a nitrogen atmosphere using a fluid reaction tube to try to determine the effects of fuel properties on the mechanism of particulate matter (PM) formation . A gas chromatograph equipped with an FID was used to measure and analyzed thermal cracking and polycyclic components and to measure the amount of PM and amount of SOF in the PM. It was found that the mechanism of PM formation in paraffin fuels and aromatic fuels are different. It was also found that the temperatures at which PM is produced and the amounts of PM produced in paraffin fuels with a ring-structure and in paraffin fuels with a straight-structures are different.
2000-09-25