[{"name":"表面工程研究","count":774,"id":1},{"name":"Surface Engineering Research","count":771,"id":2},{"name":"试验研究","count":406,"id":3},{"name":"Experimental Research","count":197,"id":4},{"name":"特邀论文","count":107,"id":5},{"name":"研究论文","count":106,"id":6},{"name":"技术应用","count":102,"id":7},{"name":"综述论文","count":69,"id":8},{"name":"Special Designation","count":68,"id":9},{"name":"技术基础","count":62,"id":10},{"name":"专题综述","count":61,"id":11},{"name":"再制造工程研究","count":52,"id":12},{"name":"应用实例","count":45,"id":13},{"name":"专家访谈","count":41,"id":14},{"name":"工程前沿","count":37,"id":15},{"name":"Engineering Foreland","count":36,"id":16},{"name":"Remanufacture Engineering Research","count":35,"id":17},{"name":"Surface Engineering Technology. Green Remanufacturing and Green Maintenance","count":34,"id":18},{"name":"表面工程技术与绿色再制造、绿色维修","count":34,"id":19},{"name":"高离化磁控溅射技术与应用专辑","count":24,"id":20},{"name":"工程应用","count":23,"id":21},{"name":"Expert Interview","count":20,"id":22},{"name":"Remanufacturing Practice","count":18,"id":23},{"name":"Technology & Application","count":18,"id":24},{"name":"再制造实践","count":18,"id":25},{"name":"行业信息","count":15,"id":26},{"name":"面向航空发动机应用的表面涂层及其高温摩擦磨损性能专栏","count":14,"id":27},{"name":"Remanufacturing Engineering Research","count":13,"id":28},{"name":"中国学者海外论文摘要","count":13,"id":29},{"name":"Applications","count":12,"id":30},{"name":"Monographs & Overviews","count":12,"id":31},{"name":"表面工程研究 ","count":12,"id":32},{"name":"学术动态","count":11,"id":33},{"name":"境外论文","count":10,"id":34},{"name":"核材料及装备表面技术专栏","count":10,"id":35},{"name":"海洋工程装备表面功能防护材料与技术专栏","count":10,"id":36},{"name":"Foreign Paper","count":9,"id":37},{"name":"Abstracts of Overseas Articles by Chinese Scholars","count":8,"id":38},{"name":"Eleventh National Conference Papers on Surface Engineering","count":8,"id":39},{"name":"第十一届全国表面工程大会论文","count":8,"id":40},{"name":"组织介绍","count":8,"id":41},{"name":"Corrosion and Protection","count":6,"id":42},{"name":"Lubrication and Wear Resistance","count":6,"id":43},{"name":"Remanufacturing Automatization","count":6,"id":44},{"name":"Special Topics on Cold Spray Technology","count":6,"id":45},{"name":"Special Topics on Surface Engineering and Application of Biomaterials","count":6,"id":46},{"name":"Tenth National Conference Papers on Surface Engine","count":6,"id":47},{"name":"再制造自动化","count":6,"id":48},{"name":"冷喷涂技术专题","count":6,"id":49},{"name":"本刊讯","count":6,"id":50},{"name":"润滑与耐磨","count":6,"id":51},{"name":"生物材料表面工程及应用专题","count":6,"id":52},{"name":"第十届表面工程大会论文","count":6,"id":53},{"name":"等离子体真空沉积","count":6,"id":54},{"name":"腐蚀与防护","count":6,"id":55},{"name":"高分子材料表面工程专栏","count":6,"id":56},{"name":"High Temperature Protection","count":5,"id":57},{"name":"高温防护","count":5,"id":58},{"name":"16th Conference Papers on Charged-Particle Sources & Beams","count":4,"id":59},{"name":"Remanufacturability Design","count":4,"id":60},{"name":"Surface Finishing Technology","count":4,"id":61},{"name":"再制造性设计","count":4,"id":62},{"name":"第16届全国荷电粒子源粒子束会议论文","count":4,"id":63},{"name":"等离子体热源喷涂","count":4,"id":64},{"name":"等离子体表面改性","count":4,"id":65},{"name":"表面光整加工技术","count":4,"id":66},{"name":"Review Paper","count":3,"id":67},{"name":"新技术新工艺","count":3,"id":68},{"name":"组织简介","count":3,"id":69},{"name":"Remaunfacturing Engineering Research","count":2,"id":70},{"name":"科普讲座","count":2,"id":71},{"name":"等离子弧增材制造","count":2,"id":72},{"name":"Book introduction","count":1,"id":73},{"name":"Special Reports","count":1,"id":74},{"name":"专题报导","count":1,"id":75},{"name":"新书简介","count":1,"id":76},{"name":"新工艺","count":1,"id":77},{"name":"特激论文","count":1,"id":78},{"name":"科普讲座(第七讲)","count":1,"id":79},{"name":"科普讲座(第六讲)","count":1,"id":80},{"name":"英文摘要汇总","count":1,"id":81},{"name":"英文文摘要会总","count":1,"id":82},{"name":"译文","count":1,"id":83}]
