[{"name":"矿物岩石","count":333,"id":1},{"name":"MINERALOGY AND PETROLOGY","count":207,"id":2},{"name":"同位素地质地球化学","count":200,"id":3},{"name":"ISOTOPE GEOLOGY AND GEOCHEMISTRY","count":147,"id":4},{"name":"SEDIMENTOLOGY,PETROLEUM AND NATURAL GAS GEOLOGY","count":120,"id":5},{"name":"沉积岩与天然气石油地质","count":119,"id":6},{"name":"矿床地质","count":118,"id":7},{"name":"MINERAL DEPOSIT","count":103,"id":8},{"name":"沉积学与天然气石油地质","count":71,"id":9},{"name":"LITHOGEOCHEMISTRY AND PETROCHRONOLOGY","count":70,"id":10},{"name":"岩石地球化学与年代学","count":70,"id":11},{"name":"沉积岩与能源地质学","count":57,"id":12},{"name":"岩矿测试与环境监测","count":53,"id":13},{"name":"SEDIMENTOLOGY AND ENERGY GEOLOGY","count":46,"id":14},{"name":"构造地质学","count":45,"id":15},{"name":"矿床地质学","count":44,"id":16},{"name":"SEDIMENTOLOGY, PETROLEUM AND NATURAL GAS GEOLOGY","count":41,"id":17},{"name":"油气田开发及开采","count":34,"id":18},{"name":"APPLIED MINERALOGY","count":32,"id":19},{"name":"STRUCTURAL GEOLOGY","count":32,"id":20},{"name":"应用矿物学","count":30,"id":21},{"name":"新技术新方法","count":27,"id":22},{"name":"沉积学与天然气、石油地质","count":26,"id":23},{"name":"TESTING METHOD FOR ENVIRONMENT AND RESOURCE ASSESSMENT","count":21,"id":24},{"name":"DEPOSIT GEOLOGY","count":20,"id":25},{"name":"沉积学","count":20,"id":26},{"name":"沉积学与石油天然气地质","count":20,"id":27},{"name":"沉积岩与天然气地质","count":18,"id":28},{"name":"构造地质","count":17,"id":29},{"name":"TESTING METHOD FOR ENVIRONMENT AND RESOURCE ASSESS","count":16,"id":30},{"name":"其他","count":15,"id":31},{"name":"岩矿测试及环境监测","count":15,"id":32},{"name":"沉积学与石油地质","count":12,"id":33},{"name":"矿物材料学","count":10,"id":34},{"name":"环境矿物学","count":9,"id":35},{"name":"NEW METHOD AND NEW TECHNOLOGY","count":8,"id":36},{"name":"RESERVOIR GEOLOGY AND RESERVOIR FORMATION DYNANICS","count":8,"id":37},{"name":"储层地质及成藏动力学","count":8,"id":38},{"name":"SEDIMENTOLOCY AND ENERGY GEOLOCY","count":7,"id":39},{"name":"典型矿床解剖","count":7,"id":40},{"name":"新技术与新方法","count":7,"id":41},{"name":"矿物物理学与结构矿物学","count":7,"id":42},{"name":"构造地质与工程地质","count":6,"id":43},{"name":"油气田开发","count":6,"id":44},{"name":"油气田开发工程","count":6,"id":45},{"name":"MINERALOGY AND PETOOLOGY","count":5,"id":46},{"name":"SEDIMENTOLOGY,PETROLEUM AND NATURAL GAS GEPLOGY","count":5,"id":47},{"name":"综述","count":5,"id":48},{"name":"OTHER","count":4,"id":49},{"name":"PROCESS MINERALOGY OF THE IN-SITU LEACHABLE SANDSTONE TYPE URANIUM DEPOSIT","count":4,"id":50},{"name":"STRUCTURNAL GEOLOGY","count":4,"id":51},{"name":"TESTING METHOD FOR ENVIRONMENT ANG RESOURCE ASSESS","count":4,"id":52},{"name":"区域成矿规律","count":4,"id":53},{"name":"可地浸砂岩型铀矿工艺矿物学特征","count":4,"id":54},{"name":"同位素地球地质化学","count":4,"id":55},{"name":"HOT DRY ROCK AND GEOTHERMAL ENERGY","count":3,"id":56},{"name":"MINERALOGICAL STUDY OF PLUGGING PREVENTION AND PLUGGING REMOVAL TECHNOLOGY BY URANIUM LEACHING PROCESS","count":3,"id":57},{"name":"SEQUENSE STRATIGRAPHY","count":3,"id":58},{"name":"地浸防堵解堵技术的矿物学研究","count":3,"id":59},{"name":"层序地层学","count":3,"id":60},{"name":"岩矿测试与环境临测","count":3,"id":61},{"name":"干热岩与地热能","count":3,"id":62},{"name":"构造","count":3,"id":63},{"name":"特约稿","count":3,"id":64},{"name":"矿物学与矿物科学","count":3,"id":65},{"name":"ENVIRONMENTAL GEOLOGY","count":2,"id":66},{"name":"MINERALOGICAL STUDY ON THE PLUGGING MECHANISM OF URANIUM LEACHING PROCESS","count":2,"id":67},{"name":"MINERALOGICAL VARIATION IN THE IN-SITU LEACH URANIUM MINING PROCESS","count":2,"id":68},{"name":"RESERVOIR ENGINEERING","count":2,"id":69},{"name":"REVIEW PAPER","count":2,"id":70},{"name":"SPECIAL CONTRIBUTIONS","count":2,"id":71},{"name":"全球变化","count":2,"id":72},{"name":"地浸采铀堵塞机理的矿物学研究","count":2,"id":73},{"name":"地浸采铀过程矿物学变化规律","count":2,"id":74},{"name":"工艺矿物学与工艺岩石学","count":2,"id":75},{"name":"应用矿物","count":2,"id":76},{"name":"新技术、新方法","count":2,"id":77},{"name":"新技术新方法新材料","count":2,"id":78},{"name":"环境地质学","count":2,"id":79},{"name":"环境监测与资源评价","count":2,"id":80},{"name":"矿产地质","count":2,"id":81},{"name":"矿产资源","count":2,"id":82},{"name":"简讯","count":2,"id":83},{"name":"METHINATIC GEOLOGY","count":1,"id":84},{"name":"METHODOLOGICAL PAPER","count":1,"id":85},{"name":"MINERAL DEPORT","count":1,"id":86},{"name":"NEW TECHNOLOGY,NEW METHOD","count":1,"id":87},{"name":"PROCESSING AND OPPLICATION OF SISMIC DATA","count":1,"id":88},{"name":"SOWRCE ROCKS","count":1,"id":89},{"name":"SPECIAL CONTRIBUTION","count":1,"id":90},{"name":"STUDY ON ENVIRONMENTAL MINERALOGY OF THE IN-SITU URANIUM MINING PROCESS","count":1,"id":91},{"name":"古生物学","count":1,"id":92},{"name":"地浸采铀的环境矿物学研究","count":1,"id":93},{"name":"地震数据处理及应用","count":1,"id":94},{"name":"数学地质","count":1,"id":95},{"name":"新思维新技术新方法","count":1,"id":96},{"name":"方法论述","count":1,"id":97},{"name":"烃源岩","count":1,"id":98},{"name":"特约","count":1,"id":99},{"name":"环境监测","count":1,"id":100},{"name":"遥感技术","count":1,"id":101}]