CAJ | 학술논문

文章三种自制生物柴油性质完全符合德国现行生物柴油标准，基本符合0#矿物柴油标准。对比生物柴油与矿物柴油性质得出：生物柴油较矿物柴油更环保、更安全，但其低温性、蒸发性和雾化性不太理想，将其与矿物柴油调合使用，可以取长补短，发挥各自的优势。通过对调合油性质分析，结果表明，生物柴油和矿物柴油的适宜调合比为B20。
문장삼충자제생물시유성질완전부합덕국현행생물시유표준，기본부합0#광물시유표준。대비생물시유여광물시유성질득출：생물시유교광물시유경배보、경안전，단기저온성、증발성화무화성불태이상，장기여광물시유조합사용，가이취장보단，발휘각자적우세。통과대조합유성질분석，결과표명，생물시유화광물시유적괄의조합비위B20。
In the paper, the biodiesel was entirely consistent with DIN V 51606, and almost according with the standard of 0 # mineral diesel. By comparing the property of biodiesel and diesel, it was showed that biodiesei was more environmentally friendly and more secure than diesel, but the property of low-temperature, evaporation and atomization of biodiesel was too bad. So blending biodiesel and diesel can learn from others＇s strong points to offset one＇s weakness and bring into play respectix e adx antage. By analysing the property of blended oil, the results showed that the suitable ratio of biodiesel and mineral diesel is B 20.