1Status and prospect of cleaning utilization of civil coal in ChinaWu Jianjun, Guo Fanhui, Sun Shaojie, Dong Jixiang, Jiang Yao, Zhang YixinTheory and Technology for Abatement of Pollutants from Coal Combustion1-112Countermeasure of air pollutant controlled pollutation for civilian coalHe XuwenTheory and Technology for Abatement of Pollutants from Coal Combustion12-173Treatment progress and standard modification suggestion for FGD wastewater from coal-fire power plants in ChinaMa Shuangchen, Wen Jiaqi, Wan Zhongcheng, Wu Kai, Chai Jin, Zhang Jingrui, Liu QibinTheory and Technology for Abatement of Pollutants from Coal Combustion18-28,354Review of regenerable sorbents for mercury removal from coal-fired flue gasZhou Yuming, Yang Jianping, Zhao Yongchun, Zhang Junying, Zheng ChuguangTheory and Technology for Abatement of Pollutants from Coal Combustion29-355Numerical simulation of MILD combustion on coal-water slurryDuan Yansong, Zhang Liqi, Mao Zhihui, Zhu Xinyang, Hu Yi, Zheng ChuguangTheory and Technology for Abatement of Pollutants from Coal Combustion36-41,466Interaction of blended-coal combustion process:Influence of excess air coefficient on burnout characteristicsMa Lun, Wang Tuwei, Fang Qingyan, Guo Anlong, Wang Tingxu, Tan Peng, Zhang Cheng, Chen GangTheory and Technology for Abatement of Pollutants from Coal Combustion42-467Optimization of flow and ammonia injection by numerical simulation of SCR for a 660 MW coal-fired unitLi Zhuangyang, Su Lechun, Song Zijian, Tan Peng, Zhou Xu, Zhang Cheng, Sun Lushi, Chen GangTheory and Technology for Abatement of Pollutants from Coal Combustion47-52,118Effect of steam on arsenic volatile characteristics during coal combustionWang Hefei, Wang Chunbo, Zou Chan, Yue Shuang, Guo HuiTheory and Technology for Abatement of Pollutants from Coal Combustion53-57,629Detection of SO3 in flue gas of coal-fired power plants with Controlled Cooling MethodWang Fengyang, Zhong Li, Lyu Haisheng, Han Lipeng, Jiang Jianzhong, Xiao PingTheory and Technology for Abatement of Pollutants from Coal Combustion58-6210Production and pilot-scale test of honeycomb DeNOx catalyst for low temperature flue gas from coking plantLi Changming, Xu Qicheng, Guo Feng, Tang Shibai, Yu JianTheory and Technology for Abatement of Pollutants from Coal Combustion63-70,7611Separation behavior and Governance Research of halogen-bromine in coal combustion processWang Wei, Qi Yun, Qi QingjieTheory and Technology for Abatement of Pollutants from Coal Combustion71-7612Experimental study on improving the SO2 ultra low emission economy of 300 MWCFB boilerJin Senwang, Liu Bin, Hui Yan, Gao Hongpei, Shi Zhenghai, Sun Xianbin, Xiao Ping, Yuan Ye, Tang WeiTheory and Technology for Abatement of Pollutants from Coal Combustion77-8313Catalytic oxidative desulfurization and denitration of organic sulfoxide catalystsXiong Yingying, Yang Yang, Bai TaoTheory and Technology for Abatement of Pollutants from Coal Combustion84-8814Prevention and control of air pollution from the household coal combustion Part Ⅰ:A comparative experimental on combustion characteristics of household coal stoves of different designsLiang Bin, Song Hua, Bai Haolong, Wu Qiong, Bai Jiangzhi, Yang Xiaohui, Lan TianTheory and Technology for Abatement of Pollutants from Coal Combustion89-9415Feasibility analysis of denitration by ozone oxidation and its application in coal fired industrial boilersYan LiliTheory and Technology for Abatement of Pollutants from Coal Combustion95-10016Research and application of desulfurization technology in bituminous coal pyrolysisWang Zhizheng, Pei XianfengReviews101-10617Progress and situation analysis of coal fired industrial boilers in ChinaLiu JianhangReviews107-11318Investigation of the CO2 adsorption performance of ionic liquid polymerGuo ChenchenResearch Articles114-118,12219Effect of gravitational deposition on particle tube loss of sampling systemZhu RunruResearch Articles119-12220Research on furnace explosion protection strategy of efficient pulverized coal fired boiler based on SVMPan HaoResearch Articles123-127 