Correction to Minimized Skeletal Mechanism for Methyl Butanoate Oxidation and Its Application to the Prediction of C_3-C_4 Products in Nonpremixed Flames: A Base Model of Biodiesel Fuels

Lin Kuang C.; Tao Hairong; Kao Fan-Hsu; Chiu Chuang-Te

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Correction to Minimized Skeletal Mechanism for Methyl Butanoate Oxidation and Its Application to the Prediction of C_3-C_4 Products in Nonpremixed Flames: A Base Model of Biodiesel Fuels

机译：丁酸甲酯氧化最小化骨架机理的校正及其在非预混火焰中C_3-C_4产物预测中的应用：生物柴油燃料的基本模型

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来源
《Energy & fuels》 |2019年第10期|10389-10389|共1页
作者
Lin Kuang C.; Tao Hairong; Kao Fan-Hsu; Chiu Chuang-Te;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
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正文语种 eng
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入库时间 2022-08-18 05:00:26

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1. Minimized Skeletal Mechanism for Methyl Butanoate Oxidation and Its Application to the Prediction of C-3-C-4 Products in Nonpremixed Flames: A Base Model of Biodiesel Fuels [J] . Lin Kuang C., Tao Hairong, Kao Fan-Hsu, Energy & fuels . 2016,第2期

机译：最小化丁酸甲酯氧化的骨架机理及其在非预混火焰中C-3-C-4产物预测中的应用：生物柴油燃料的基本模型
2. Skeletal Mechanism of Ethyl Propionate Oxidation for CFD Modeling to Predict Experimental Profiles of Unsaturated Products in a Nonpremixed Flame [J] . Lin Kuang C., Lee Tzu-Wei Energy & fuels . 2018,第1期

机译：CFD建模中丙酸乙酯氧化的骨架机理，用于预测非预混火焰中不饱和产物的实验曲线
3. Pathways, kinetics and thermochemistry of methyl-ester peroxy radical decomposition in the low-temperature oxidation of methyl butanoate: A computational study of a biodiesel fuel surrogate [J] . Hairong Tao, Kuang C. Lin Combustion and Flame . 2014,第9期

机译：丁酸甲酯低温氧化过程中甲酯过氧自由基分解的途径，动力学和热化学：生物柴油燃料替代物的计算研究
4. Application of ab Initio Quantum Mechanical Calculations in Developing a Detailed Reaction Mechanism for Oxidation of Methyl Butanoate (MB): A Biodiesel Surrogate [C] . I. Shafagh, K.J. Hughes, M. Pourkashanian, New beginnings: challenges for aerospace innovation . 2009

机译：从头开始量子力学计算在建立氧化丁酸甲酯（MB）的详细反应机理中的应用：一种生物柴油替代物
5. Thermal Decomposition of Methyl Esters in Biodiesel Fuel: Kinetics, Mechanisms and Products. [D] . Chai, Ming. 2012

机译：生物柴油燃料中甲基酯的热分解：动力学，机理和产物。
6. Correction to Minimized Skeletal Mechanism for Methyl Butanoate Oxidation and Its Application to the Prediction of C3–C4 Products in Nonpremixed Flames: A Base Model of Biodiesel Fuels [O] . Kuang C. Lin, Hairong Tao, Fan-Hsu Kao, 2019

机译：校正以最小化甲酸甲酯氧化的骨骼机制及其在非增殖火焰中预测C3-C4产物的应用：生物柴油燃料的基础模型
7. Mechanism-Based Modeling of Hydrogen Environment Assisted Cracking (HEAC) in High Strength Alloys for Marine Applications: Prediction of Monel K- 500 HEAC for Select Environmental and Mechanical Conditions. [R] . Scully, J. R., Gangloff, R. P., Moreno, F. P. 2012

机译：基于机理的海洋应用高强度合金氢环境辅助裂纹（HEaC）模拟：monel K-500 HEaC在特定环境和机械条件下的预测。

Correction to Minimized Skeletal Mechanism for Methyl Butanoate Oxidation and Its Application to the Prediction of C_3-C_4 Products in Nonpremixed Flames: A Base Model of Biodiesel Fuels

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