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成鹏飞，李鹏飞，刘璐,等.基于原位自适应制表与动态自适应机理的无焰燃烧氮转化研究[J].洁净煤技术，2022,28(8)：102-111. CHENG Pengfei，LI Pengfei，LIU Lu,et al.Nitrogen conversion research of flameless combustion based on In-Situ Adaptive Tabulation and dynamic adaptive chemistry[J].Clean Coal Technology，

董瑞，李星，高林.多能互补电力系统碳排放及可靠性分析[J].洁净煤技术，2022,28(8)：112-118. DONG Rui,LI Xing,GAO Lin.Carbon emission and reliability analysis of multi-energy complementary power system[J].Clean Coal Technology，2022,28(8)：112-118.

卜亿峰，潘腾，门卓武，等.费托浆态床反应器多层气体分布器的CFD优化[J].洁净煤技术，2022,28(8)：119-125. BU Yifeng,PAN Teng,MEN Zhuowu,et al.CFD optimization of multilayer gas distributor in slurry bed reactor for Fischer-Tropsch synthesis[J].Clean Coal Technology，2022,28(8)：119-125.

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徐连兵.我国氢能源利用前景与发展战略研究[J].洁净煤技术，2022,28(9):1-10. XU Lianbing.Research on the prospect and development strategy of hydrogen energy in China[J].Clean Coal Technology，2022,28(9):1-10.

胡希璇，潘登，薛天山，等.Li4SiO4基CO2吸附材料研究进展与趋势[J].洁净煤技术，2022,28(9):11-29. HU Xixuan,PAN Deng,XUE Tianshan，et al.Recent advances and trend of Li4SiO4-based CO2 adsorbents[J].Clean Coal Technology，2022,28(9):11-29.

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刘书松，张博禹，吴振华，等.“酶 X”耦合催化CO2资源化转化[J].洁净煤技术，2022,28(9):87-102. LIU Shusong，ZHANG Boyu，WU Zhenhua,et al."Enzyme X" coupled catalytic conversion of CO2[J].Clean Coal Technology，2022,28(9):87-102.

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李恒凡，焦世权，韩中合.脱硫废水烟道蒸发技术的工艺设计[J].洁净煤技术，2022,28(9):154-161. LI Hengfan,JIAO Shiquan,HAN Zhonghe.Process design for desulfurization wastewater by flue evaporation treatment[J].Clean Coal Technology，2022,28(9):154-161.

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周怀春，李框宇，安元，等.燃煤电站锅炉及工业窑炉三维燃烧温度分布监测研究进展[J].洁净煤技术，2022,28(10):1-14. ZHOU Huaichun，LI Kuangyu，AN Yuan，et al.Research progress on monitoring three-dimensional temperature distributions in coal-fired boilers and industrial furnaces[J].Clean Coal Technology，20

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李卫杰，谢梦茜，涂垚杰.基于共轭传热的甲烷MILD燃烧炉内传热特性[J].洁净煤技术，2022,28(10):30-38. LI Weijie,XIE Mengqian,TU Yaojie.Heat transfer characteristics in a methane MILD combustion furnace based on conju-gate heat transfer model[J].Clean Coal Technology，2022,28(10):30-38.

李德波，阙正斌，苗建杰，等.燃煤机组掺烧市政生活污泥现场试验[J].洁净煤技术，2022,28(10):39-46. LI Debo，QUE Zhengbin，MIAO Jianjie，et al.Field experiment on mixed combustion of municipal domestic sludge in coal-fired units[J].Clean Coal Technology，2022,28(10):39-46.

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倪鹏，刘亭，马晓彤，等.燃煤烟气中单质汞脱除及应用进展[J].洁净煤技术，2022,28(10):86-102. NI Peng,LIU Ting,MA Xiaotong，et al.Removal and application of elemental mercury from flue gas of coal burning[J].Clean Coal Technology，2022,28(10):86-102.

朱晓蕾，杨建平，李海龙，等.燃煤飞灰合成磁性沸石对脱硫废水中Hg2 吸附性能[J].洁净煤技术，2022,28(10):103-109. ZHU Xiaolei，YANG Jianping，LI Hailong，et al.Adsorption of synthesis of magnetic zeolite from coal-fired fly ash on Hg2 in desulfurization wastewater[J].Clean Coal Technology，2022,28(10):

张成，李君臣，方鼎立，等.Mn基低温SCR催化剂抗中毒研究进展[J].洁净煤技术，2022,28(10):110-135. ZHANG Cheng，LI Junchen，FANG Dingli，et al.Research progress on anti-poisoning of Mn-based low temperature SCR catalysts[J].Clean Coal Technology，2022,28(10):110-135.

钟毓秀，尹子骏，苏胜，等.WO3/TiO2催化剂活性组分W对SO2的氧化特性[J].洁净煤技术，2022,28(10):136-144. ZHONG Yuxiu,YIN Zijun,SU Sheng，et al.Oxidation characteristics of WO3/TiO2 catalyst active component W for SO2[J].Clean Coal Technology，2022,28(10):136-144.

付彪，姚洪，罗光前，等.燃煤电厂稀土元素的迁移转化与提取技术[J].洁净煤技术，2022,28(10):145-159. FU Biao，YAO Hong，LUO Guangqian，et al.Partitioning behavior and extraction technologies of rare earth elements in coal-fired power plants[J].Clean Coal Technology，2022,28(10):145-159.

张伊黎，高天，肖日宏，等.插槽板式光催化反应器汞氧化性能试验[J].洁净煤技术，2022,28(10):160-169. ZHANG Yili,GAO Tian,XIAO Rihong，et al.Experimental study on mercury oxidation performance of slotted plate reactor [J].Clean Coal Technology，2022,28(10):160-169.

王萍萍，赵永椿，张军营，等.双碳目标下燃煤电厂碳计量方法研究进展[J].洁净煤技术，2022,28(10):170-183. WANG Pingping,ZHAO Yongchun,ZHANG Junying，et al.Research progress on carbon measurement methods of coal-fired power plants under the background of carbon neutrality[J].Clean Coal Technology，2

闫宪尧，余水华，楚化强.钙基材料捕集CO2强化煤水蒸气气化制氢研究进展[J].洁净煤技术，2022,28(10):184-194. YAN Xianyao,YU Shuihua,CHU Huaqiang.Research progress on sorption-enhanced steam gasification of coal with CO2 capture using CaO-based materials[J].Clean Coal Technology，2022,28(10):184-194