[{"name":"高压下物质的动态响应","count":292,"id":1},{"name":"高压科学应用","count":259,"id":2},{"name":"High Pressure Applications","count":241,"id":3},{"name":"Dynamic Response of Matter","count":213,"id":4},{"name":"研究简报","count":149,"id":5},{"name":"Dynamic Response of Materials","count":110,"id":6},{"name":"高压物性与结构","count":78,"id":7},{"name":"Theory and Calculation","count":54,"id":8},{"name":"高压理论与计算","count":54,"id":9},{"name":"Physical Property and Structure","count":47,"id":10},{"name":"Research Notes","count":45,"id":11},{"name":"高压下物质动态响应","count":37,"id":12},{"name":"高压技术与新材料合成","count":37,"id":13},{"name":"Physical Property & Structure","count":29,"id":14},{"name":"高压技术","count":23,"id":15},{"name":"High Pressure Technology","count":22,"id":16},{"name":"特别约稿与研究综述","count":16,"id":17},{"name":"钙钛矿结构材料专题","count":15,"id":18},{"name":"High Pressure Technology & Material Synthesis","count":14,"id":19},{"name":"Topics on perovskite structural materials","count":14,"id":20},{"name":"庆祝创刊30周年专题","count":14,"id":21},{"name":"High Pressure Technology and Material Synthesis","count":13,"id":22},{"name":"High Presure Applications","count":12,"id":23},{"name":"材料动态响应的多尺度数值模拟","count":12,"id":24},{"name":"Topics on Multiscale Structure and Physical Properties of Materials under Dynamic Loading","count":11,"id":25},{"name":"动态载荷下材料多尺度结构与物性专题","count":11,"id":26},{"name":"研究论文","count":11,"id":27},{"name":"Cover Feature","count":10,"id":28},{"name":"Microstructure Evolution of Materials under Dynamic Loading","count":10,"id":29},{"name":"Topics on Polymerized Nitrogen and Nitrogen Compound","count":10,"id":30},{"name":"优秀青年专辑","count":10,"id":31},{"name":"动载下材料的微结构演化","count":10,"id":32},{"name":"封面文章","count":10,"id":33},{"name":"聚合氮和氮的化合物专题","count":10,"id":34},{"name":"Dynamic Response of Matter ","count":9,"id":35},{"name":"Topics on High Pressure Superconductivity","count":9,"id":36},{"name":"高压超导专题","count":9,"id":37},{"name":"Application of Raman Spectroscopy to High Pressure Earth Science","count":8,"id":38},{"name":"Invited Article and General Review","count":8,"id":39},{"name":"拉曼光谱在高压地球科学中的应用","count":8,"id":40},{"name":"高压前沿评论","count":8,"id":41},{"name":"The 30th Anniversary Issue","count":7,"id":42},{"name":"High Pressure Applications ","count":6,"id":43},{"name":"High Pressure Earth & Planetary Science","count":6,"id":44},{"name":"High Pressure Technology&Material Synthesis","count":6,"id":45},{"name":"Invited Article & General Review","count":6,"id":46},{"name":"高压地球与行星科学专题","count":6,"id":47},{"name":"Phase Transitions of Typical Explosive Crystals","count":5,"id":48},{"name":"Topics on Perovskite Oxides","count":5,"id":49},{"name":"Young Scientists'Forum","count":5,"id":50},{"name":"Young Scientists’ Forum","count":5,"id":51},{"name":"典型炸药晶体相变","count":5,"id":52},{"name":"钙钛矿氧化物专题","count":5,"id":53},{"name":"Application of Large-Scale Scientific Facilities in High Pressure Science","count":4,"id":54},{"name":"Frontiers in High Pressure Science and Technology","count":4,"id":55},{"name":"大科学装置在高压科学中的应用","count":4,"id":56},{"name":"学术动态","count":4,"id":57},{"name":"Frontier Reviews on High Pressure Science and Technology","count":3,"id":58},{"name":"Outstanding Youths Commentary","count":3,"id":59},{"name":"Physical Property&Structure","count":3,"id":60},{"name":"高压卓青评述","count":3,"id":61},{"name":"高压物质与结构","count":3,"id":62},{"name":" High Pressure Technology & Material Synthesis","count":2,"id":63},{"name":"Invited Article&General Review","count":2,"id":64},{"name":"Physical Property & Structure ","count":2,"id":65},{"name":"2016 年总目录","count":1,"id":66},{"name":"Cover","count":1,"id":67},{"name":"Frontiers in High Pressure Science & Technology ","count":1,"id":68},{"name":"High Pressure Technology ","count":1,"id":69},{"name":"Material Synthesis","count":1,"id":70},{"name":"Outstanding Youths Commentary on High Pressure Science","count":1,"id":71},{"name":"压科卓青评述","count":1,"id":72},{"name":"封面","count":1,"id":73},{"name":"新材料合成","count":1,"id":74}]
