·738 工程科学学报，第42卷，第6期 (翟秀静，邱竹贤.铝电解槽废旧阴极炭块中电解质与炭分离的 西安：西安科技大学，2015) 浮选法研究.有色金属，1993,45(2)：38) [18]Li Y G.Study on Simulation and Optimization of High- [12]Bell N,Andersen J N,Lam H K H.Process for the Urilization of temperature Electric Heating Process[Dissertation].Qingdao: Waste Materials from Electrolytic Aluminum Reduction Systems: Ocean University of China,2011 US Patent,4113832.1978-12-12 (李勇刚.高温电加热过程模拟与优化的研究学位论文]青岛： [13]Lisbona D F,Somerfield C,Steel K M.Leaching of spent pot- 中国海洋大学，2011) lining with aluminium nitrate and nitric acid:effect of reaction [19]Zhang B,Qi H,Ruan L M.Two-dimensional simulation for the conditions and thermodynamic modeling of solution speciation effective thermal conductivity of heat-sealing porous material.J Hydrometallurgy,2013,134:132 Eng1 hermophys,2012,33(7:1229 [14]Flores I V,Fraiz F,Lopes Junior R A L,et al.Evaluation of spent (张彪，齐宏，阮立明.二维多孔热密封材料的有效导热系数模 pot lining (SPL)as an alternative carbonaceous material in 拟.工程热物理学报，2012,33(7)：1229) ironmaking processes.JMater Res Techmol,2019,8(1):33 [20]Gu L J,Wen Z,Dou R F,et al.Acheson graphitization furnace and [15]Reno M L G,Torres F M,da Silva R J,et al.Exergy analyses in cement production applying waste fuel and mineralizer.Energy the simulation of temperature distribution.Energy Metall Ind 2012,31(5):28 Comvers Manage,2013,75:98 [16]Ghenai C,Inayat A,Shanableh A,et al.Combustion and emissions (顾鹇鋆，温治，豆瑞锋，等.艾奇逊石墨化炉炉温分布特性的仿 analysis of Spent Pot lining (SPL)as alternative fuel in cement 真研究.冶金能源，2012,31(5)：28) industry.Sci Total Environ,2019,684:519 [21]Xu H F,Liu C D,Wang Y B,et al.Numerical simulation of heat [17]Yang JQ.The Research about Process and Equipment of Coal field in lengthwise graphitization furnace during heating process Prepare to Graphite in the Ultra High Temperature[Dissertation]. Carbon Tech,2009,28(1):1 Xi'an:Xi'an University of Science and Technology,2015 (许海飞，刘朝东，王玉彬，等.内热串接石墨化炉加热过程热场 (杨家庆.煤炭超高温制备石墨工艺及其设备研究[学位论文] 数值模拟.炭素技术，2009,28(1)：1)（翟秀静, 邱竹贤. 铝电解槽废旧阴极炭块中电解质与炭分离的 浮选法研究. 有色金属, 1993, 45（2）：38） Bell N, Andersen J N, Lam H K H. Process for the Utilization of Waste Materials from Electrolytic Aluminum Reduction Systems: US Patent, 4113832. 1978-12-12 [12] Lisbona D F, Somerfield C, Steel K M. Leaching of spent pot￾lining with aluminium nitrate and nitric acid: effect of reaction conditions and thermodynamic modeling of solution speciation. Hydrometallurgy, 2013, 134: 132 [13] Flores I V, Fraiz F, Lopes Junior R A L, et al. Evaluation of spent pot lining (SPL) as an alternative carbonaceous material in ironmaking processes. J Mater Res Technol, 2019, 8（1）: 33 [14] Renó M L G, Torres F M, da Silva R J, et al. Exergy analyses in cement production applying waste fuel and mineralizer. Energy Convers Manage, 2013, 75: 98 [15] Ghenai C, Inayat A, Shanableh A, et al. Combustion and emissions analysis of Spent Pot lining (SPL) as alternative fuel in cement industry. Sci Total Environ, 2019, 684: 519 [16] Yang J Q. The Research about Process and Equipment of Coal Prepare to Graphite in the Ultra High Temperature[Dissertation]. Xi’an: Xi’an University of Science and Technology, 2015 （杨家庆. 煤炭超高温制备石墨工艺及其设备研究[学位论文]. [17] 西安: 西安科技大学, 2015） Li Y G. Study on Simulation and Optimization of High￾temperature Electric Heating Process[Dissertation]. Qingdao: Ocean University of China, 2011 （李勇刚. 高温电加热过程模拟与优化的研究[学位论文]. 青岛: 中国海洋大学, 2011） [18] Zhang B, Qi H, Ruan L M. Two-dimensional simulation for the effective thermal conductivity of heat-sealing porous material. J Eng Thermophys, 2012, 33（7）: 1229 （张彪, 齐宏, 阮立明. 二维多孔热密封材料的有效导热系数模 拟. 工程热物理学报, 2012, 33（7）：1229） [19] Gu L J, Wen Z, Dou R F, et al. Acheson graphitization furnace and the simulation of temperature distribution. Energy Metall Ind, 2012, 31（5）: 28 （顾鹂鋆, 温治, 豆瑞锋, 等. 艾奇逊石墨化炉炉温分布特性的仿 真研究. 冶金能源, 2012, 31（5）：28） [20] Xu H F, Liu C D, Wang Y B, et al. Numerical simulation of heat field in lengthwise graphitization furnace during heating process. Carbon Tech, 2009, 28（1）: 1 （许海飞, 刘朝东, 王玉彬, 等. 内热串接石墨化炉加热过程热场 数值模拟. 炭素技术, 2009, 28（1）：1） [21] · 738 · 工程科学学报，第 42 卷，第 6 期