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Investigation of Physical-Chemical Properties and Evaluation of Optimal Blend Ratio of Rice Bran Biodiesel: A Mathematical Regression Analysis Approach

机译:水稻糠生物柴油优化混合比的物理化学性质及评价研究:数学回归分析方法

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Our research work mainly focusses on the examination of properties, both physical and chemical, of biodiesel blends among neat diesel at different volumetric proportions. Properties like viscosity; calorific value (CV); pour point (PP); cetane number; could point (CP); flash point and fire point are measured for each blending ratios, and it is examined against the relevant standards (USA ASTM D 6751; Europe EN:14214 as well as India IS:15607). Plot between the properties and different blending ratios is drawn, and regression equations (R2) are formulated from which biodiesel properties are predicted and compared by mineral diesel. From this investigation, the optimal blending ratio is projected considering the different properties of biodiesel.
机译:我们的研究工作主要侧重于在不同体积比例的整洁柴油中进行物理和化学物质的审查。 属性等粘度; 热值(CV); 倾点(PP); 十六烷数量; 可以点(cp); 针对每种混合比率测量闪点和火点,并针对相关标准进行检查(美国ASTM D 6751;欧洲ZH:14214以及印度是:15607)。 绘制性质和不同混合比之间的曲线,并将回归方程(R2)配制起来,通过矿物柴油预测和比较生物柴油属性。 从这次调查中,考虑到生物柴油的不同性质,预测最佳混合比。

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