中国矿业大学主页平台系统侍红军--中文主页--论文成果

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个人信息

侍红军

所在单位：数学学院

职务：江苏省应用数学（中国矿业大学）中心办公室主任

办公地点：理学楼A314-2

论文成果

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李望,Qiao, Yue,Wu, Jiaming,侍红军,Sun, Yongzheng.Adaptive Pinning Synchronization of Complex Networks with Partial Delay and Noise Coupling,2023,v 21,n 1,p129-139
王全德,杜澜,姚倩,梁金虎,汪必耀,曾萍,夏祖西.Effect of Molecular Descriptors on the Development of Machine Learning Models for the Prediction of Yield Sooting Index,2025,Volume 10, Issue 46, Page 56555-56565
王全德,Du, Lan,Wang, Bi-Yao,Yao, Qian,Liang, Jinhu,Zeng, Ping,Xia, Zu-Xi.Surrogate Models and Related Combustion Reaction Mechanisms for a Coal-Derived Alternative Jet Fuel and Its Blends with a Traditional RP-3,2025,卷: 12期: 6
Li, Shuhao,魏翔庚,姚达,张宁,Dong, Yihuan,Xie, Yuanj,Zhao xiao,席双惠,Wang, Kunqi,王全德,梁金虎.The influence of nitrous oxide on the ignition and flame propagation behaviors of RP-3 kerosene: Experimental and kinetic modeling study,2025,v 273,
王全德,Zeng, Ping,Yao, Qian,Liang, Jinhu,Wang, Bi-Yao,黄飞,Liu, Jian-Gang,Xia, Zu-Xi.An experimental and kinetic modeling study on the ignition kinetics of a sustainable aviation fuel and its blends with a traditional RP-3 jet fuel,2025,卷: 380
王全德,Zeng, Ping,Yao, Qian,Liang, Jinhu,Wang, Bi-Yao,黄飞,Liu, Jian-Gang,Xia, Zu-Xi.An experimental and kinetic modeling study on the ignition kinetics of a sustainable aviation fuel and its blends with a traditional RP-3 jet fuel,2025,卷: 380
王全德,Wang, Bi-Yao,Yao, Qian,Liang, Jinhu,Zeng, Ping,Liu, Jian-Gang,Xia, Zu-Xi.An experimental and kinetic modeling study on the ignition property of an alternative gas to liquid jet fuel,2025,卷: 271
王全德,Jia, Ming-Xu,Yao, Da,Feng, Yujia,Zhang, Jinchao,Liang, Jinhu,黄飞,任雪峰,康国俊.Ab initio chemical kinetics and shock-tube experimental study on nitrocyclohexane pyrolysis and combustion,2024,v 269,
马瑞荣,Wang, Xinhui,Zhang, Ning,Cao, Yang,姚倩,王全德,梁金虎.An experimental and chemical kinetic simulation study of the high-temperature pyrolysis of linear C1–C5 alcohols,2024,v 177,
Zhang, Yang,Zhao, Ziwen,Ma, Ruirong,Liang, Jinhu,Yao, Qian,王全德,Zhao, Fengqi.Experimental and Modeling Study on the Ignition Kinetics of Nitromethane behind Reflected Shock Waves,2023,卷: 8期: 42页: 39749-39758

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