4835 二成分混合燃料を用いたソノケミカル反応に関する基礎的解明(J10-4 次世代燃料及び潤滑油のためのエンジン適合技術(4),J10 次世代燃料及び潤滑油のためのエンジン適合技術)

概要

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In this study, authors aim to convert heavy fuel or solid fuel into lighter liquid fuel with high quality and, authors propose fuel reformulation through sonochemistry and fuel design approach. Concept of Fuel design approach is to control fuel properties by mixing fuel. Its origin is Chemical-Thermodynamics and, heavy fuel converts into lighter fuel by it. The origin of sonochemistry is acoustic cavitation: creation, growth, implosive collapse of gas bubble by irradiation of high intensity ultrasonic. The sonochemical effect on organic liquid causes cleavage of C-C bond by hot spot conditions (more than 5000[K] and 100[MPa]) that are generated in collapse. In this paper, sonochemical reaction of mixing fuel was analyzed for ultrasonic of 20[kHz] and its result shows interaction of each components by fuel design approach with sonochemistry approach.
一般社団法人日本機械学会の論文
2006-09-15