“洁净燃烧与工业炉窑节能减排技术”专刊约 稿 函工业炉窑是冶金、建材、化工、石化等流程工业中至关重要的用能装备，能耗约占我国总能耗的1/4，其中燃煤约70%，其他为气体、液体燃料或电力等。工业炉窑是化

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王旭阳，于洁，徐林林,等.水煤浆热解及煤焦结构特性分析[J].洁净煤技术，2020,26(5):26-35.WANG Xuyang，YU Jie，XU Linlin，et al.Analysis of coal water slurry pyrolysis and coal char structure characteristics[J].Clean Coal Technology，2020,26(5):26-35.

许鑫玮，谭厚章，王学斌,等.煤粉工业锅炉预燃式低氮燃烧器试验研究与开发[J].洁净煤技术，2020,26(5):36-41.XU Xinwei,TAN Houzhang,WANG Xuebin,et al.Experimental study and development on a pre-burning low-NOx burner for pulverized coal industry boiler[J].Clean Coal Technology，2020,26(5):36-41.

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任思达，梁文俊，张依铭，等.工业炉窑VOCs废气吸附-脱附-催化一体化净化技术研究[J].洁净煤技术，2020,26(5):48-55.REN Sida,LIANG Wenjun,ZHANG Yiming，et al.Study on adsorption-desorption-catalytic integrated purification technology for the abatement of VOCs waste gas from industrial furnaces[J].Clean

宋唯一，朱宝忠，孙运兰,等.煅烧气氛对柠檬酸溶胶凝胶铁氧化物催化剂低温SCR脱硝性能的影响[J].洁净煤技术，2020,26(5):56-63.SONG Weiyi,ZHU Baozhong,SUN Yunlan,et al.Effect of calcination atmosphere on low-temperature denitrification of citric acid sol-gel iron oxide catalyst[J].Clean Coal Technology，2020,2

李森，方立军，孙立超,等.水泥分解炉中CO还原NO试验研究[J].洁净煤技术，2020,26(5):64-69.LI Sen,FANG Lijun,SUN Lichao,et al.Experimental study on NO reduction by CO in cement precalciner[J].Clean Coal Technology，2020,26(5):64-69.

李成宇,高振强,高明云,等.中高温烟气余热动力回收的复叠跨临界CO2动力循环热力学分析[J].洁净煤技术，2020,26(5):70-76.LI Chengyu,GAO Zhenqiang,GAO Mingyun，et al.Thermodynamic analysis of cascading transcritical power cycle using CO2 for waste heat recover from medium and high temperature flue gas[J].Cl

黄元凯，朱燕群，邵嘉铭，等.臭氧脱硝过程中硝酸盐气溶胶的生成机理及控制[J].洁净煤技术，2020,26(5):77-83.HUANG Yuankai,ZHU Yanqun,SHAO Jiaming,et al.Formation mechanism and control of nitrate aerosol during ozone deNOx process[J].Clean Coal Technology，2020,26(5):77-83.

丁孝华，黄堃，杨文.基于数据驱动的水泥熟料烧成系统能耗优化[J].洁净煤技术，2020,26(5):84-89.DING Xiaohua，HUANG Kun，YANG Wen.Energy consumption optimization of cement clinker burning system based on data-driven[J].Clean Coal Technology，2020,26(5):84-89.

张婉婧，魏小林，李腾，等.工业炉窑高温含尘烟气金属丝网除尘技术研究[J].洁净煤技术，2020,26(5):90-96.ZHANG Wanjing，WEI Xiaolin，LI Teng，et al.Research on metalwirework filter dust removal technology for high temperature dusty flue gas of industrial furnace[J].Clean Coal Technology，2020,26(5):90-9

王文霞，郑梓涵，张轩,等.粉煤灰湿式化学法合成沸石及其对重金属的吸附脱除研究[J].洁净煤技术，2020,26(5):97-102.WANG Wenxia,ZHENG Zihan,ZHANG Xuan，et al.Study on zeolite synthesis from coal fly ash by wet milling method and adsorption of heavy metals[J].Clean Coal Technology，2020,26(5):97-102.

黄堃，杨文，丁孝华.基于集成神经网络的水泥生产能耗建模[J].洁净煤技术，2020,26(5):103-110.HUANG Kun，YANG Wen，DING Xiaohua.Energy consumption modeling of cement production based on integrated neural network[J].Clean Coal Technology，2020,26(5):103-110.

康润宁，魏小林，宾峰,等.Cu-Ce催化剂上CO催化燃烧反应机理研究进展[J].洁净煤技术，2020,26(5):111-118.KANG Running，WEI Xiaolin，BIN Feng，et al.Research progress on reaction mechanism of CO catalytic combustion over Cu-Ce catalyst[J].Clean Coal Technology，2020,26(5):111-118.

刘鹤欣，杨富鑫，李正鸿，等.荷电水雾团聚亚微米颗粒物试验研究[J].洁净煤技术，2020,26(5):119-126.LIU Hexin,YANG Fuxin,LI Zhenghong,et al.Experimental investigation on submicron particle agglomeration through atomized charged droplets[J].Clean Coal Technology，2020,26(5):119-126.

李潇峰，邹俊,张扬，等.烟气再循环与空气分级对氢氧化铝焙烧炉运行参数的影响[J].洁净煤技术，2020,26(5):127-135.LI Xiaofeng,ZOU Jun,ZHANG Yang，et al.Effects of flue gas recirculation and air staging on the operating parameters of aluminum hydroxide calciner[J].Clean Coal Technology，2020,26(5):127-135

快速加热条件下煤和碳酸钙的混合反应动力学研究 朱书骏1,2，朱建国1.3，李佳容1,3，刘敬樟1 (1

闫全英，吕一帆，潘利生，等.2种离子液体对水泥窑窑尾烟气CO2吸收特性试验研究[J].洁净煤技术，2020,26(5):147-152.YAN Quanying,LYU Yifan,PAN Lisheng，et al.Experimental investigation on the absorption characteristics of two ionic liquids for CO2 in cement kiln tail gas[J].Clean Coal Technology，2020,26

潘利生，杨欢，李博，等.稀土冶炼电解槽余热取热试验研究[J].洁净煤技术，2020,26(5):153-158.PAN Lisheng,YANG Huan,LI Bo，et al.Experimental investigation on the waste heat recovery from rare earth smelting electrolyzer[J].Clean Coal Technology，2020,26(5):153-158.

宋佳霖，程星星，孙荣峰，等.基于微火焰燃烧的新型低氮燃烧器模拟优化[J].洁净煤技术，2020,26(5):159-165.SONG Jialin,CHENG Xingxing,SUN Rongfeng，et al.Optimization simulation of anovel low NOx burner based on micro flame combustion[J].Clean Coal Technology，2020,26(5):159-165.

成明锴，李琛，付建红，等.污泥阴燃过程及残渣特性分析研究[J].洁净煤技术，2020,26(5):166-172.CHENG Mingkai,LI Chen,FU Jianhong，et al.Study on the smouldering treatment of sewage sludge and its residue property[J].Clean Coal Technology，2020,26(5):166-172.

李正鸿，刘鹤欣，杨富鑫,等.扰流件排列对亚微米颗粒湍流团聚效率影响研究[J].洁净煤技术，2020,26(5):173-180.LI Zhenghong,LIU Hexin,YANG Fuxin，et al.Study on the effect of disturbing structure arrangement on the turbulent agglomeration efficiency of the submicron particulate[J].Clean Coal Technology

冯鹏，盛虎，周虎，等.亚微米颗粒物湍流团聚数值模拟研究[J].洁净煤技术，2020,26(5):181-187.FENG Peng,SHENG Hu,ZHOU Hu，et al.Numerical simulation on the characteristics of submicron particle turbulence agglomeration[J].Clean Coal Technology，2020,26(5):181-187.