1Research progress on flexibility transformation of coal-fired units coupled with molten salt thermal energy storageLIU Ruijia, WANG Xiaozhe, ZHANG Hao, DONG Yong, XU MengxiaA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future1-322A review of micro gas turbines:development,core components and challengesFAN Zhiwei, WANG Shixing, FAN Jun, WENG Wubin, HE Yong, WANG ZhihuaA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future33-553Research progress on thermoacoustic instability in gas combustionWANG Ziyu, ZHU Tong, PAN Deng, LIN Yu, SHEN TingA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future56-714Research progress on biomass oxy-fuel combustion technologyZHANG Zewu, MAO Wenchao, LE Xiaoyu, DONG Xiaoteng, LUO Cong, ZHANG LiqiA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future72-915Advance in carbon capture process optimization for coal-fired power plants:chemical and thermal aspectsSHI Qineng, LIU Haiyu, ZHANG Liang, ZHAO Jing, CHENG Heng, WEI XiaolinA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future92-1126Research advance in condensable particulate matterLIU Xuexia, LI Yuzhong, WEI Xingsheng, YAO Xuan, HAN Chen, LI Zhengzheng, LI Jingwei, WANG LuA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future113-1347Thermodynamic study and computational platform development for a 50 MW coal-fired supercritical CO2 boilerHAN Lei, YU Tingting, YIN Yaning, LI Chong, YANG DongA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future135-1448NOx emission characteristics of ammonia cofiring in coal-fired boiler and engineering NOx prediction modelXIE Yan, ZHANG Wenzhen, LI Ming, WANG Xilun, LIU Xin, CHU Wei, WANG HeyangA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future145-1609Experimental investigation of ignition characteristics of ammonia-coal co-firing under premixed and staged injection modesLENG Meng, LOU Yichong, CHEN Jingye, YU Zuochao, WENG Wubin, MENG Derun, HE Yong, ZHU Yanqun, WANG ZhihuaA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future161-16810Study on the stability characteristics of harmful heavy metal elements in desulfurization sludge of power plant based on waste and coal-fired fly ash solidificationWANG Jiawei, FAN Deqin, HOU Qijun, HUO Jingyao, CHEN Honggang, WANG Tao, ZHANG YongshengA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future169-17811Current situation and prospect of low-carbon Fischer-Tropsch synthesis technologyLI Weizhen, ZHAO Huabo, LIN Quan, LYU Yijun, MEN ZhuowuA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future179-19512Current status and prospects of multi-dimensional synergistic development of sustainable aviation fuelMA Shengyong, ZHANG Xinghua, MA LonglongA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future196-21513Advances in thermal catalytic hydrogenation of CO2 to aromaticsPAN Mingjun, SUN Shengkai, JIANG Xingjian, ZHANG Shijie, LIU Jingge, YANG Chengguang, YU Xing, WANG Changzhen, GAO PengA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future216-24414Research progress in n(H2)/n(CO)regulation technology of syngas for low-carbon chemical industryGU Cheng, LIU Yuxin, ZHANG Jinpeng, JING Jieying, LI WenyingA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future245-26115Research progress in catalyst modification strategies for CO2 hydrogenation to light olefinsKONG Lingqing, GUO Xiaohong, LI Pengwei, WANG Xiaoyue, LI Yanchun, YAO Ruwei, LI CongmingA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future262-28516Research progress on porous adsorbent materials for fluorinated gas adsorption and separationZHANG Kuaifan, PENG Nana, WANG QiangA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future286-30917Review of shaping strategies for potassium-based CO2 sorbents:from powder synthesis to advanced structured materialsYAO Yiqian, WANG Siyuan, FAN Weihao, LEI Siyuan, WANG Lele, HAO Jieyong, ZENG Duo, ZHAO ChuanwenA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future310-32518Key technologies for energy transition:from clean coal utilization to solar fuel synthesisZHANG Hao, JIA Tonglin, SHUAI Yong, YANG Dazhi, WANG Zhijiang, WANG FuqiangA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future326-35219Green hydrogen preparation driven by electricity and light:principles,challenges,and paths to scaling upZHAO Chenhao, RAN Shijun, YAN Xueli, XING Zhihan, LIU MaochangA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future353-37620Research progress on catalytic upgrading of biomass producer gasCHEN Rui, XU Shuaijie, MENG Qingyan, XU Luyu, WANG Tianyu, DONG Xinxin, YANG HongminA Decade of Advances in Clean Coal Technology: Basic Theories·Technological Innovation·Engineering Demonstration·Zero-Carbon Future377-402 