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机译:基于藻类成分和热解动力学的热解生物燃料产量模拟模型
1.School of Energy and Power Engineering Energy and Environment International Center Beihang University 37 Xueyuan Rd. Haidian District Beijing People’s Republic of China;
1.School of Energy and Power Engineering Energy and Environment International Center Beihang University 37 Xueyuan Rd. Haidian District Beijing People’s Republic of China;
1.School of Energy and Power Engineering Energy and Environment International Center Beihang University 37 Xueyuan Rd. Haidian District Beijing People’s Republic of China;
1.School of Energy and Power Engineering Energy and Environment International Center Beihang University 37 Xueyuan Rd. Haidian District Beijing People’s Republic of China;
Algal biomass Kinetics Biofuel yield model Pyrolysis biofuel;
机译:海藻与废塑料的共热解:共热解参数对产量影响的建模和仿真,以及增强生物燃料最大产量的优化研究
机译:大甲状腺素和木质纤维素生物量的共热分解:协同效应,优化研究,建模和副热解参数对产量的影响
机译:基于分布活化能模型的咖啡工业渣油热解动力学及升温升温热解法分离生物油成分
机译:桃花心木木材快速热解中固体产量形成的动力学建模
机译:基于组件的模型,用于预测生物质颗粒的热解产物收率。
机译:人粪热解:产气量分析和动力学模型
机译:一种简单焓的热解模型在炭化材料热解数值模拟中的应用