[{"name":"论文","count":4049,"id":1},{"name":"简报","count":1907,"id":2},{"name":"评述","count":1172,"id":3},{"name":"研究简报","count":1079,"id":4},{"name":"进展","count":318,"id":5},{"name":"快讯","count":235,"id":6},{"name":"观点","count":167,"id":7},{"name":"动态","count":150,"id":8},{"name":"亮点述评","count":142,"id":9},{"name":"研究通讯","count":137,"id":10},{"name":"悦读科学","count":131,"id":11},{"name":"REVIEWS","count":86,"id":12},{"name":"工程热物理","count":80,"id":13},{"name":"ARTICLES","count":78,"id":14},{"name":"编者按","count":75,"id":15},{"name":"论文2","count":72,"id":16},{"name":"地质学","count":69,"id":17},{"name":"材料科学","count":69,"id":18},{"name":"论坛","count":63,"id":19},{"name":"大气科学","count":62,"id":20},{"name":"科学新闻","count":62,"id":21},{"name":"自然科学基金项目进展专栏","count":62,"id":22},{"name":"论文1","count":60,"id":23},{"name":"POPULAR SCIENCES","count":51,"id":24},{"name":"科学访谈","count":50,"id":25},{"name":"地理学","count":41,"id":26},{"name":"RESEARCH HIGHLIGHTS","count":35,"id":27},{"name":"心理学","count":34,"id":28},{"name":"环境化学","count":34,"id":29},{"name":"特邀评述","count":29,"id":30},{"name":"能源科学","count":29,"id":31},{"name":"PROGRESSES","count":28,"id":32},{"name":"天文学","count":28,"id":33},{"name":"海洋科学","count":27,"id":34},{"name":"力学","count":26,"id":35},{"name":"地球物理学","count":25,"id":36},{"name":"COMMENTARIES","count":22,"id":37},{"name":"生态学","count":21,"id":38},{"name":"PROGRESS OF PROJECTS SUPPORTED BY NSFC","count":20,"id":39},{"name":"光学","count":19,"id":40},{"name":"地球化学","count":18,"id":41},{"name":"点评","count":18,"id":42},{"name":"陈嘉庚青年科学奖","count":18,"id":43},{"name":"香山科學會議专栏","count":18,"id":44},{"name":"书讯","count":17,"id":45},{"name":"凝聚态物理","count":17,"id":46},{"name":"科技前沿","count":17,"id":47},{"name":"专辑:量子宇宙物理重大前沿科学问题解读","count":15,"id":48},{"name":"书评","count":15,"id":49},{"name":"凝聚态物理学","count":15,"id":50},{"name":"陈嘉庚科学奖","count":15,"id":51},{"name":"医学","count":14,"id":52},{"name":"作物学","count":13,"id":53},{"name":"前沿","count":13,"id":54},{"name":"水利工程","count":13,"id":55},{"name":"原子核物理","count":12,"id":56},{"name":"综述","count":12,"id":57},{"name":"XIANGSHAN SCIENCE CONFERENCES: Frontiers and hotspots of scientific data governance and utilization","count":11,"id":58},{"name":"化学生物学","count":11,"id":59},{"name":"香山科学会议专栏·科学数据治理与利用的前沿和热点专题","count":11,"id":60},{"name":"2023年度松山湖科学会议:脑科学与类脑技术专题","count":10,"id":61},{"name":"SPECIAL TOPIC: 2023 Songshan Lake Science Conferences-Brain Science and Brain-Inspired Technology","count":10,"id":62},{"name":"SPECIAL TOPIC:The College of Physics and Optoelectronic Engineering on the 40th Anniversary of Shenzhen University","count":10,"id":63},{"name":"机械工程","count":10,"id":64},{"name":"植物学","count":10,"id":65},{"name":"深圳大学建校40周年物理与光电工程学院专题","count":10,"id":66},{"name":"细胞生物学","count":10,"id":67},{"name":"论文3","count":10,"id":68},{"name":"述评","count":10,"id":69},{"name":"REVIEW","count":9,"id":70},{"name":"专题:DNA纳米技术","count":9,"id":71},{"name":"专题:新型冠状病毒肺炎","count":9,"id":72},{"name":"专题:生物医用材料(一)","count":9,"id":73},{"name":"专题:纳米材料的环境应用及效应","count":9,"id":74},{"name":"专题:面向可持续发展的二氧化碳化学(Ⅰ)","count":9,"id":75},{"name":"东亚晚新生代哺乳动物环境适应专题","count":9,"id":76},{"name":"新型冠状病毒室内传播规律及控制方法专题","count":9,"id":77},{"name":"生物医用材料专题","count":9,"id":78},{"name":"社论","count":9,"id":79},{"name":"香山科學會議专栏·功能农业关键科学问题与发展战略专题","count":9,"id":80},{"name":"COMMENTARY","count":8,"id":81},{"name":"EDITORIAL","count":8,"id":82},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅩⅦ)","count":8,"id":83},{"name":"专题 多酸化学研究(Ⅱ)","count":8,"id":84},{"name":"专题:生物医用材料(二)","count":8,"id":85},{"name":"专题:绿色轮胎与先进材料","count":8,"id":86},{"name":"分子生物学","count":8,"id":87},{"name":"化学工程","count":8,"id":88},{"name":"卷首语","count":8,"id":89},{"name":"基础医学","count":8,"id":90},{"name":"新时代的科技出版专题","count":8,"id":91},{"name":"水利科学","count":8,"id":92},{"name":"讨论","count":8,"id":93},{"name":"RESEARCH HIGHLIGHT","count":7,"id":94},{"name":"专栏·新阶段聚烯烃的困境与高端突破机制专题","count":7,"id":95},{"name":"专题:激光制造结构化仿生表面","count":7,"id":96},{"name":"专题:解读“2019年度诺贝尔自然科学奖”","count":7,"id":97},{"name":"争鸣","count":7,"id":98},{"name":"微生物学","count":7,"id":99},{"name":"材料化学","count":7,"id":100},{"name":"物理化学","count":7,"id":101},{"name":"环境科学","count":7,"id":102},{"name":"药学","count":7,"id":103},{"name":"评述/力学","count":7,"id":104},{"name":"评述/工程热物理","count":7,"id":105},{"name":"POPULAR SCIENCE","count":6,"id":106},{"name":"SPECIAL TOPIC: Commentary on the 2023 Nobel Prize in Natural Sciences","count":6,"id":107},{"name":"SPECIAL TOPIC: Frontiers in Science and Technology Ethics","count":6,"id":108},{"name":"SPECIAL TOPIC: The Third Generation Semiconductor Materials and Devices in The Post Moore Era","count":6,"id":109},{"name":"SPECIAL TOPIC: Theory and practice of biosafety buildings","count":6,"id":110},{"name":"XIANGSHAN SCIENCE CONFERENCES: Low-carbon biosynthesis","count":6,"id":111},{"name":"XIANGSHAN SCIENCE CONFERENCES:Single-molecule science and technology","count":6,"id":112},{"name":"专辑:娄成后教授诞辰100周年纪念","count":6,"id":113},{"name":"专题:纳米技术的安全与伦理论坛","count":6,"id":114},{"name":"专题:颗粒物质物理及其应用","count":6,"id":115},{"name":"专题评述","count":6,"id":116},{"name":"后摩尔时代第三代半导体材料与器件专题","count":6,"id":117},{"name":"枸杞研究专题","count":6,"id":118},{"name":"特邀论文","count":6,"id":119},{"name":"生物安全建筑的理论与实践专题","count":6,"id":120},{"name":"神经科学","count":6,"id":121},{"name":"科学与技术前沿论坛·碳达峰与碳中和专题","count":6,"id":122},{"name":"科技伦理前沿谈专题","count":6,"id":123},{"name":"解读“2023年度诺贝尔自然科学奖”专题","count":6,"id":124},{"name":"论文/力学","count":6,"id":125},{"name":"香山科学会议专栏·低碳生物合成专题","count":6,"id":126},{"name":"香山科学会议专栏·单分子科学与技术专题","count":6,"id":127},{"name":"ARTICLE","count":5,"id":128},{"name":"PROGRESS","count":5,"id":129},{"name":"SPECIAL TOPIC:Early continental formation and evolution and their effects on environments and resources","count":5,"id":130},{"name":"Science 125个科学前沿问题系列解读(Ⅵ)","count":5,"id":131},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅩ)","count":5,"id":132},{"name":"Science 2018年度十大科学突破解读","count":5,"id":133},{"name":"专题:CALYPSO结构预测方法及应用","count":5,"id":134},{"name":"专题:中东亚干旱区全新世环境变化","count":5,"id":135},{"name":"专题:共轭分子合成与功能","count":5,"id":136},{"name":"专题:可持续建筑环境","count":5,"id":137},{"name":"专题:天然产物生物合成","count":5,"id":138},{"name":"专题:孤独症","count":5,"id":139},{"name":"专题:新元古代地球系统突变","count":5,"id":140},{"name":"专题:新型太阳能电池设计与构造","count":5,"id":141},{"name":"专题:材料自然环境腐蚀","count":5,"id":142},{"name":"专题:深地生物圈","count":5,"id":143},{"name":"专题:溶液中两亲分子聚集体","count":5,"id":144},{"name":"专题:解读“2014年度诺贝尔自然科学奖”","count":5,"id":145},{"name":"专题:超分子化学","count":5,"id":146},{"name":"仿生工程","count":5,"id":147},{"name":"地理科学","count":5,"id":148},{"name":"植物生理学","count":5,"id":149},{"name":"污染物与生物大分子互作及效应专题","count":5,"id":150},{"name":"海洋生物学","count":5,"id":151},{"name":"环境微塑料专题","count":5,"id":152},{"name":"生物工程","count":5,"id":153},{"name":"病毒学","count":5,"id":154},{"name":"研究通报","count":5,"id":155},{"name":"科学与技术前沿论坛·早期大陆形成演化与环境资源效应专题","count":5,"id":156},{"name":"解读“2021年度诺贝尔自然科学奖”专题","count":5,"id":157},{"name":"评述/环境化学","count":5,"id":158},{"name":"非线性超声检测方法专题","count":5,"id":159},{"name":"项目进展","count":5,"id":160},{"name":"香山科学会议专栏","count":5,"id":161},{"name":"\"Science 2023年度十大科学突破”解读","count":4,"id":162},{"name":"Nature 2018年度十大科学长篇专题报道解读","count":4,"id":163},{"name":"Science 125个科学前沿问题系列解读(XXV)","count":4,"id":164},{"name":"Science 125个科学前沿问题系列解读(XXXV)","count":4,"id":165},{"name":"Science 125个科学前沿问题系列解读(Ⅲ)","count":4,"id":166},{"name":"Science 125个科学前沿问题系列解读(Ⅴ)","count":4,"id":167},{"name":"Science 125个科学前沿问题系列解读(Ⅷ)","count":4,"id":168},{"name":"Science 125个科学前沿问题系列解读(Ⅸ)","count":4,"id":169},{"name":"Science 125个科学前沿问题系列解读(ⅩⅢ)","count":4,"id":170},{"name":"Science 125个科学前沿问题系列解读(ⅩⅧ)","count":4,"id":171},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅨ)","count":4,"id":172},{"name":"Science 125个科学前沿问题系列解读(ⅪⅩ)","count":4,"id":173},{"name":"Science125个科学前沿问题系列解读(Ⅶ)","count":4,"id":174},{"name":"Science125个科学前沿问题系列解读(ⅩⅤ)","count":4,"id":175},{"name":"Science125个科学前沿问题系列解读(ⅩⅩⅩⅨ)","count":4,"id":176},{"name":"专题: SARS相关研究","count":4,"id":177},{"name":"专题:大数据与化学","count":4,"id":178},{"name":"专题:大陆碰撞与洋壳俯冲","count":4,"id":179},{"name":"专题:晶体工程","count":4,"id":180},{"name":"专题:水伏纳米材料与器件","count":4,"id":181},{"name":"专题:解读“全球变化与健康”","count":4,"id":182},{"name":"免疫学","count":4,"id":183},{"name":"原子核物理学","count":4,"id":184},{"name":"新型冠状病毒肺炎中医药研究专题","count":4,"id":185},{"name":"无机化学","count":4,"id":186},{"name":"水生生物学","count":4,"id":187},{"name":"特别报道","count":4,"id":188},{"name":"生物物理学","count":4,"id":189},{"name":"评述/地球物理学","count":4,"id":190},{"name":"评述/建筑技术","count":4,"id":191},{"name":"Progress of Projects Supported by NSFC","count":3,"id":192},{"name":"Science 125个科学前沿问题系列解读(Ⅰ)","count":3,"id":193},{"name":"Science 125个科学前沿问题系列解读(Ⅱ)","count":3,"id":194},{"name":"Science 125个科学前沿问题系列解读(Ⅳ)","count":3,"id":195},{"name":"Science 125个科学前沿问题系列解读(ⅩⅣ)","count":3,"id":196},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩ)","count":3,"id":197},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅣ)","count":3,"id":198},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅥ)","count":3,"id":199},{"name":"Science 125个科学前沿问题系列解读(ⅩⅩⅦ)","count":3,"id":200}]