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首页> 外文期刊>Der Pharma Chemica: journal for medicinal chemistry, pharmaceutical chemistry and computational chemistry >Comparing the density of the oils: Plant (Lio, Sunflower, Neem, Nigel) and diesel
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Comparing the density of the oils: Plant (Lio, Sunflower, Neem, Nigel) and diesel

机译:比较油的密度:植物(力拓,向日葵,印Sun,奈杰尔)和柴油

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摘要

The density is an important feature, especially for biofuels, as it determines the design and technological features of feeders (pumps, injectors); more on a system installed, use of widely different density of biofuels would result in combustion setting changes with implications for maximum power, efficiency and emissions of pollutant. In our study, we report measurements of the density of vegetable oils (Lio, Sunflower, Neem, Nigel) and diesel fuel depending on the temperature. These measurements were made between 10°C and 85°C. These measurements show that the neem oil decreases very remarkable as compared to other oils as the temperature increases.
机译:密度是一个重要特征,尤其是对于生物燃料而言,因为密度决定了进料器(泵,喷射器)的设计和技术特征;在已安装的系统上,使用更多不同密度的生物燃料将导致燃烧设置发生变化,从而影响最大功率,效率和污染物排放。在我们的研究中,我们报告了取决于温度的植物油(Lio,向日葵,Neem,Nigel)和柴油的密度测量值。这些测量是在10°C至85°C之间进行的。这些测量结果表明,随着温度的升高,印em油与其他油相比下降得非常明显。

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