[{"name":"研究论文","count":445,"id":1},{"name":"Research Articles","count":438,"id":2},{"name":"洗选加工","count":361,"id":3},{"name":"转化利用","count":357,"id":4},{"name":"煤炭燃烧","count":296,"id":5},{"name":"煤质技术","count":290,"id":6},{"name":"煤矿环保","count":162,"id":7},{"name":"专论与综述","count":131,"id":8},{"name":"节能减排","count":120,"id":9},{"name":"Reviews","count":87,"id":10},{"name":"述评","count":87,"id":11},{"name":"煤炭加工","count":83,"id":12},{"name":"Energy Conservation and Emission Reduction","count":76,"id":13},{"name":"Coal Processing","count":74,"id":14},{"name":"交流园地","count":71,"id":15},{"name":"煤炭转化","count":68,"id":16},{"name":"问题探讨","count":65,"id":17},{"name":"Coal Conversion","count":64,"id":18},{"name":"Coal Washing and Processing","count":55,"id":19},{"name":"信息检索","count":51,"id":20},{"name":"煤炭洁净燃烧","count":42,"id":21},{"name":"Clean Coal Combustion","count":39,"id":22},{"name":"Column for Young Scientist","count":38,"id":23},{"name":"\"青年科学家\"专栏","count":36,"id":24},{"name":"Coal Quality Technology","count":36,"id":25},{"name":"Exchange Forum","count":33,"id":26},{"name":"Coal Conversion and Utilization","count":32,"id":27},{"name":"煤炭燃烧及污染物防治理论与技术","count":32,"id":28},{"name":"Coal Combustion","count":27,"id":29},{"name":"New Coal Chemical Technology and Industrial Applic","count":25,"id":30},{"name":"新型煤化工技术与产业化应用","count":25,"id":31},{"name":"Column for Carbon Neutrality","count":23,"id":32},{"name":"“‘燃煤+’耦合低碳发电及综合利用技术”专刊","count":23,"id":33},{"name":"企业论坛","count":23,"id":34},{"name":"2060碳中和","count":21,"id":35},{"name":"\"煤基先进能源清洁低碳利用理论与技术\"专题","count":19,"id":36},{"name":"Special Issue on Theory and Technology of Clean and Low-carbon Utilization of Advanced Coal-based Energy","count":19,"id":37},{"name":"\"生物质&有机固废耦合燃烧\"专题","count":16,"id":38},{"name":"Special Topic on Co-firing Biomass and Organic Solid Waste with Pulverized Coal","count":16,"id":39},{"name":"\"典型燃煤行业降碳与质量基础协同控制技术\"专题","count":15,"id":40},{"name":"Special Topics on Carbon Reduction in Typical Coal-burning Industries and National Quality Infrastructure Synergy Control Technology","count":15,"id":41},{"name":"企业之窗","count":15,"id":42},{"name":"企业天地","count":15,"id":43},{"name":"\"煤气化的灰化学\"专题","count":14,"id":44},{"name":"\"燃煤机组灵活性技术\"专题","count":14,"id":45},{"name":"Special Issue on Recycling Utilization of Coal-based Solid Waste","count":14,"id":46},{"name":"Special Topic on Chemistry of Ash and Slag from Gasification","count":14,"id":47},{"name":"Special Topic on Flexibility Technologies for Coal-fired Power Plant","count":14,"id":48},{"name":"“煤基固废资源化利用研究”专题","count":14,"id":49},{"name":"\"燃煤发电CCUS\"专题","count":13,"id":50},{"name":"Special Topic on CO2 Capture,Utilization and Storage for Coal-fired Power Plants","count":13,"id":51},{"name":"Special Topic on CO2 Emission Reduction and Efficiency Enhancement toward Heavy Emission Industries","count":13,"id":52},{"name":"“面向重排放工业的CO2减排增效”专题","count":13,"id":53},{"name":"Utilization Technology of Fly Ash","count":12,"id":54},{"name":"粉煤灰利用技术专题","count":12,"id":55},{"name":"Energy Conversation and Emission Reduction","count":11,"id":56},{"name":"Special Issue on Integrated Development of Hydrogen with Clean Coal Technology","count":11,"id":57},{"name":"“氢能与洁净煤技术融合发展”专题","count":11,"id":58},{"name":"Column on Environmental Protection and Management of Large-scale Coal and Electric Chemical Base/Industrial Park","count":10,"id":59},{"name":"Special Issue on Key Technology of Efficient CO2 Capture and Utilization","count":10,"id":60},{"name":"Special Issue on Low Carbon Utilization of Coal and Trace Elements Pollution Control","count":10,"id":61},{"name":"Special Issue on Renewable Energy-Low Carbon Complementary and Integrated Utilisation of Coal-fired Power Generation","count":10,"id":62},{"name":"Special Topic on Low-carbon Cleaner Utilization of Biomass and Solid Waste","count":10,"id":63},{"name":"Theory and Technology of VOCs Prevention and Control in the Whole Life Cycle of Coal","count":10,"id":64},{"name":"“CO2高效捕集及资源化关键技术”专题","count":10,"id":65},{"name":"“可再生能源-燃煤低碳互补发电及综合利用”专题","count":10,"id":66},{"name":"“煤全生命周期中VOCs防治理论与技术”专题","count":10,"id":67},{"name":"“燃煤低碳利用与重金属污染控制”专题","count":10,"id":68},{"name":"“生物质&固废低碳清洁利用”专题","count":10,"id":69},{"name":"大型煤电化基地/园区环境保护与治理专栏","count":10,"id":70},{"name":"\"煤-电-化领域废弃物资源化利用技术\"专题","count":9,"id":71},{"name":"Special Topic on Waste Resource Utilization in the Coal-Electric-Chemical Engineering Field","count":9,"id":72},{"name":"\"氨合成与利用\"专题","count":8,"id":73},{"name":"\"煤基先进功能碳材料\"专题","count":8,"id":74},{"name":"Special Issue on Coal-based Advanced Functional Carbon Materials","count":8,"id":75},{"name":"Special Topic on Ammonia Synthesis and Utilization","count":8,"id":76},{"name":"\"燃煤电厂深度调峰技术\"专题","count":7,"id":77},{"name":"Research Artides","count":7,"id":78},{"name":"Special Column of Pulverized Coal Boiler Committee, China Coal Society","count":7,"id":79},{"name":"Special Issue on Achievements of the National Science and Technology Plan for Clean,Low-carbon and Efficient Utilization of Coal","count":7,"id":80},{"name":"Special Topic on Deep Regulation Technology in Coal Power Plant","count":7,"id":81},{"name":"“煤炭清洁低碳高效利用国家科技计划项目成果”专题","count":7,"id":82},{"name":"专家述评","count":7,"id":83},{"name":"中国煤炭学会煤粉锅炉专业委员会专栏","count":7,"id":84},{"name":"\"双碳时代CH4资源化利用关键技术\"专题","count":6,"id":85},{"name":"Invited Review","count":6,"id":86},{"name":"Special Column of VOCs Emission and Treatment in Coal Chemical Industry","count":6,"id":87},{"name":"Special Issue on Coal-fired Unit Operation","count":6,"id":88},{"name":"Speical Issue on Key Technologies for the Resource-oriented Utilization of CH4 in the \"Double-Carbon\" Era+","count":6,"id":89},{"name":"国外技术","count":6,"id":90},{"name":"煤化工VOCs排放与治理专栏","count":6,"id":91},{"name":"燃煤机组运行专栏","count":6,"id":92},{"name":"碳减排专题","count":6,"id":93},{"name":"\"'燃煤+'耦合低碳发电及综合利用技术\"专题","count":5,"id":94},{"name":"\"中国工程热物理学会·燃烧学学术年会\"专栏","count":5,"id":95},{"name":"Special Column on Clean and Efficient Dry Coal Separation","count":5,"id":96},{"name":"Special Issue on \"Coal Combustion+\" Low Carbon Power Generation and Comprehensive Utilization Technology","count":5,"id":97},{"name":"Special Topic on China National Symposium on Combustion","count":5,"id":98},{"name":"“煤炭清洁高效干法分选”专栏","count":5,"id":99},{"name":"企业经验介绍","count":5,"id":100},{"name":"Column of Shendong Coal Preparation","count":4,"id":101},{"name":"Special Column of Intelligent Coal Preparation Plant","count":4,"id":102},{"name":"智能化选煤厂专栏","count":4,"id":103},{"name":"煤炭环保","count":4,"id":104},{"name":"神东洗选专栏","count":4,"id":105},{"name":"科技信息","count":4,"id":106},{"name":"经验介绍","count":4,"id":107},{"name":"\"第四届循环流化床锅炉国际会议\"专题","count":3,"id":108},{"name":"Special Issue on the 4th International Conference on Circulating Fluidized Bed Boiler","count":3,"id":109},{"name":"新技术介绍","count":3,"id":110},{"name":"燃烧与发电","count":3,"id":111},{"name":"2060 碳中和","count":2,"id":112},{"name":"Energy Convervation and Emission Reduction","count":2,"id":113},{"name":"专题探讨","count":2,"id":114},{"name":"加工利用","count":2,"id":115},{"name":"问题与探讨","count":2,"id":116},{"name":"青年科学家","count":2,"id":117},{"name":"Colmn for Carbon Neutrality","count":1,"id":118},{"name":"Invited review","count":1,"id":119},{"name":"Special Reviews","count":1,"id":120},{"name":"“2060碳中和”栏目","count":1,"id":121},{"name":"信息资讯","count":1,"id":122},{"name":"政策法规","count":1,"id":123},{"name":"污染控制","count":1,"id":124},{"name":"污水处理","count":1,"id":125},{"name":"法规与标准","count":1,"id":126},{"name":"特约综述","count":1,"id":127},{"name":"评论","count":1,"id":128}]
