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[1] 高钾,田雪峰,彭献永,蒋甲丁,徐敏.基于双向门控循环单元的脱硫系统pH预测模型,2025,2025年13期:5535-5543,9
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[2] Zhang, Qian,Alexis Salazar Sazon, Thor,Skaug Fadnes, Fredrik,彭献永,Ahmed, Naveed,Nikpey, Homam,Mansouri, Mohammad,Assadi, Mohsen.Design optimization of the cooling systems with PCM-to-air heat exchanger for the energy saving of the residential buildings,2024,v 23,
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[3] Wang, Zhi,彭献永,周怀春,Cao, Shengxian,Huang, Wenbo,闫伟杰,Li, Kuangyu,Fan, Siyuan.A dynamic modeling method using channel-selection convolutional neural network: A case study of NOx emission,2024,v 290,
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[4] Lin, Jinxing,Lu, Mingjie,Jiang, Yongjiang,Fu, Rong,彭献永,Wu, Edmond Q..Operating Optimization of Steam Turbine Unit Based on Big Data Parallel Association Rule Mining,2024,v 21,n 3,p4226-4236
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[5] Wang, Zhi,Yao, Guojia,Xue, Wenyuan,Cao, Shengxian,Xu, Shiming,彭献永.A Data-Driven Approach for the Ultra-Supercritical Boiler Combustion Optimization Considering Ambient Temperature Variation: A Case Study in China,2023,卷: 11期: 10
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[6] Wang, Zhi,彭献永,Cao, Shengxian,周怀春,Fan, Siyuan,Li, Kuangyu,Huang, Wenbo.NOx emission prediction using a lightweight convolutional neural network for cleaner production in a down-fired boiler,2023,v 389,
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[7] Wu, Qi,Chen, Qi-Qi,彭献永,Qiu, Feng.Pilot's Brain Fatigue Detection Based on Deep Topic Model,2022,v 50,n 8,p1801-1810
