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赵贤聪等:钢铁生产过程富余煤气动态优化分配模型 ·105· of iron and steel company.J Baotou Unir Iron Steel Technol, (3):753 2002,12(3):280 (张琦,提威,杜涛,等.钢铁企业富余煤气蒸汽电力藕合模 (张建良,王好.钢铁企业煤气系统的优化利用模型.包头 型及其应用.化工学报,2011,62(3):755) 钢铁学院学报,2002,12(3):280) 19] Zhang Q,Cai JJ,Pang X L,et al.Optimal distribution of by- [13]Zhang Q,Cai JJ,Du T.Optimum utilization of gas system in in- product gases in iron and steel complex.I Northeast Unie Nat corporated business enterprise of iron and steel.Energy Metall Si,2011,32(1):98 md,2005,24(5):9 (张琦,蔡九菊,庞兴露,等.钢铁联合企业煤气系统优化分 (张琦,蔡九菊,杜涛.钢铁联合企业煤气系统优化利用.冶 配模型.东北大学学报:自然科学版,2011,32(1):100) 金能源,2005,24(5):9) [20]Qi E S,Kong H N,He S G,et al.Multiperiod optimal byprod- [14]Yu Z G,Gu J C,Sun Y D.Discussion on optimal scheduling of uct gas scheduling in iron and steel industry.Syst Eng Theory gas systems in iron and steel enterprises based on big system view Pract,2010,30(11):2071 1/Proceedings of China Metallurgy Automated Information Net- (齐二石,孔海宁,何曙光,等.钢铁企业剧产煤气多周期动 work Annual Meeting.Beijing,2009:535 态优化调度.系统工程理论与实践,2010,30(11):2071) (余志刚,顾佳晨,孙要夺.基于大系统思想的钢铁企业煤 21]Xiao D F,Yang C J,Song Z H,et al.The forecasting model of 气优化调度问题探讨/全国治金自动化信息网年会论文集. blast fumace gas output based on improved BP network.Zhe- 北京,2009:535) jiang Unin Eng Sci,2012,46(11):2103 [15]Kong H N,Qi E S,He G,et al.MILP model for plant-wide (肖冬峰,杨春节,宋执环,等.基于改进BP网络的高炉煤 optimal by-product gas scheduling in iron and steel industry. 气发生量预测模型.浙江大学学报:工学版,2012,46(11): ron Steel Res Int,2010,17(7)34 2103) 6]Kong H N.Qi ES,Li H,et al.An MILP model for optimization 22]Liu Y,Shi FF,Zhao J,et al.Study on prediction method for of byproduct gases in the integrated iron and steel plant.Appl En- generation and consumption of blast fumace gas based on im- Tgy,2010,87(7):2156 proved echo state network.J Syst Simul,2011,23(10):2184 [17]Pan X L,Chang G H,Feng S C,et al.Recent progress of re- (刘颖,时飞飞,赵珺,等。基于改进回声状态网络的高炉煤 covery and utilization technology of converter gas.Energy Metall 气产耗预测.系统仿真学报,2011,23(10):2184) md,2010,29(5):37 23]Zhang X P,Tang Z X,Zhao J,et al.Online prediction model- (潘秀兰,常桂华,冯士超,等.转炉煤气回收和利用技术的 ling of blast furnace gas output in steel industry.Inf Control, 最新进展.治金能源,2010,29(5):37) 2010,39(6):774 [18]Zhang Q,Ti W,DuT,et al.Coupling model of gas-steamelec- (张晓平,汤振兴,赵瑶,等.钢铁企业高炉煤气发生量的在 tricity and its application in steel works.CIESC J,2011,62 线预测建模.信息与控制,2010,39(6):774)赵贤聪等: 钢铁生产过程富余煤气动态优化分配模型 of iron and steel company. J Baotou Univ Iron Steel Technol, 2002,12( 3) : 280 ( 张建良,王妤. 钢铁企业煤气系统的优化利用模型. 包头 钢铁学院学报,2002,12( 3) : 280) [13] Zhang Q,Cai J J,Du T. Optimum utilization of gas system in in￾corporated business enterprise of iron and steel. Energy Metall Ind,2005,24( 5) : 9 ( 张琦,蔡九菊,杜涛. 钢铁联合企业煤气系统优化利用. 冶 金能源,2005,24( 5) : 9) [14] Yu Z G,Gu J C,Sun Y D. Discussion on optimal scheduling of gas systems in iron and steel enterprises based on big system view / / Proceedings of China Metallurgy Automated Information Net￾work Annual Meeting. Beijing,2009: 535 ( 余志刚,顾佳晨,孙要夺. 基于大系统思想的钢铁企业煤 气优化调度问题探讨/ /全国冶金自动化信息网年会论文集. 北京,2009: 535) [15] Kong H N,Qi E S,He S G,et al. MILP model for plant-wide optimal by-product gas scheduling in iron and steel industry. J I￾ron Steel Res Int,2010,17( 7) : 34 [16] Kong H N,Qi E S,Li H,et al. An MILP model for optimization of byproduct gases in the integrated iron and steel plant. Appl En￾ergy,2010,87( 7) : 2156 [17] Pan X L,Chang G H,Feng S C,et al. Recent progress of re￾covery and utilization technology of converter gas. Energy Metall Ind,2010,29( 5) : 37 ( 潘秀兰,常桂华,冯士超,等. 转炉煤气回收和利用技术的 最新进展. 冶金能源,2010,29( 5) : 37) [18] Zhang Q,Ti W,Du T,et al. Coupling model of gas-steam-elec￾tricity and its application in steel works. CIESC J,2011,62 ( 3) : 753 ( 张琦,提威,杜涛,等. 钢铁企业富余煤气蒸汽电力藕合模 型及其应用. 化工学报,2011,62( 3) : 755) [19] Zhang Q,Cai J J,Pang X L,et al. Optimal distribution of by￾product gases in iron and steel complex. J Northeast Univ Nat Sci,2011,32( 1) : 98 ( 张琦,蔡九菊,庞兴露,等. 钢铁联合企业煤气系统优化分 配模型. 东北大学学报: 自然科学版,2011,32( 1) : 100) [20] Qi E S,Kong H N,He S G,et al. Multiperiod optimal byprod￾uct gas scheduling in iron and steel industry. Syst Eng Theory Pract,2010,30( 11) : 2071 ( 齐二石,孔海宁,何曙光,等. 钢铁企业副产煤气多周期动 态优化调度. 系统工程理论与实践,2010,30( 11) : 2071) [21] Xiao D F,Yang C J,Song Z H,et al. The forecasting model of blast furnace gas output based on improved BP network. J Zhe￾jiang Univ Eng Sci,2012,46( 11) : 2103 ( 肖冬峰,杨春节,宋执环,等. 基于改进 BP 网络的高炉煤 气发生量预测模型. 浙江大学学报: 工学版,2012,46( 11) : 2103) [22] Liu Y,Shi F F,Zhao J,et al. Study on prediction method for generation and consumption of blast furnace gas based on im￾proved echo state network. J Syst Simul,2011,23( 10) : 2184 ( 刘颖,时飞飞,赵珺,等. 基于改进回声状态网络的高炉煤 气产耗预测. 系统仿真学报,2011,23( 10) : 2184) [23] Zhang X P,Tang Z X,Zhao J,et al. Online prediction model￾ling of blast furnace gas output in steel industry. Inf Control, 2010,39( 6) : 774 ( 张晓平,汤振兴,赵珺,等. 钢铁企业高炉煤气发生量的在 线预测建模. 信息与控制,2010,39( 6) : 774) · 501 ·
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