首页> 外文期刊>Transactions of the ASABE >GASEOUS COMPOUNDS, OZONE PRECURSORS, PARTICLE NUMBER AND PARTICLE SIZE DISTRIBUTIONS, AND MUTAGENIC EFFECTS DUE TO BIODIESEL
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GASEOUS COMPOUNDS, OZONE PRECURSORS, PARTICLE NUMBER AND PARTICLE SIZE DISTRIBUTIONS, AND MUTAGENIC EFFECTS DUE TO BIODIESEL

机译:气态化合物,臭氧前体,颗粒数和颗粒大小分布以及由于生物柴油引起的突变效应

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: In Germany, 100,000 tons of biodiesel (rapeseed oil methylester) were produced in 1998. More than 200,000 tons are expected in 2000. In the U.S., biodiesel derives from both rapeseed oil and soybean oil. The esters of these oils are abbreviated RME and SME. It is necessary to judge the environmental and health effects that derive from the use of biodiesel in combustion engines. Therefore, regulated and some important non-regulated emissions from different blends of RME and fossil diesel fuel were determined. With regard to the current discussion about particle size and particle number distributions, one focus of interest was the analysis of particulate matter and the determination of its mutagenic effect. Moreover, the emissions of ozone precursors were compared for both fuels. Additionally, a comparison of RME with SME was carried out
机译::1998年,德国生产了10万吨生物柴油(菜籽油甲基酯)。预计2000年将超过20万吨。在美国,生物柴油既来自菜籽油,又来自豆油。这些油的酯简称为RME和SME。有必要判断由于在内燃机中使用生物柴油而产生的环境和健康影响。因此,确定了RME和化石柴油的不同混合物的管制排放量和一些重要的非管制排放量。关于当前关于粒度和颗粒数目分布的讨论,关注的焦点之一是颗粒物质的分析及其诱变作用的确定。此外,比较了两种燃料的臭氧前体排放。此外,还对RME与SME进行了比较

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