[{"name":"避雷器","count":1871,"id":1},{"name":"Surge Arresters","count":1500,"id":2},{"name":"绝缘子","count":1111,"id":3},{"name":"Insulators","count":823,"id":4},{"name":"Surge Arrester","count":224,"id":5},{"name":"简短信息","count":71,"id":6},{"name":"避雷针","count":67,"id":7},{"name":"Insulator","count":39,"id":8},{"name":"接地技术","count":30,"id":9},{"name":"New Trends and New Achievements in the Research of MOA Performance","count":25,"id":10},{"name":"金属氧化物避雷器性能研究新动向和新成果","count":25,"id":11},{"name":"New Technology of UHV AC/DC Bushings","count":24,"id":12},{"name":"高压套管新技术专栏","count":24,"id":13},{"name":"Special Topic on Key Technology of New Power System Grounding","count":23,"id":14},{"name":"新型电力系统接地关键技术专题","count":23,"id":15},{"name":"Grounding Technology","count":22,"id":16},{"name":"New Technology of Surge Arresters","count":17,"id":17},{"name":"避雷器新技术专题","count":17,"id":18},{"name":"Transient Overvoltage and Prevention aneasures for New Energy Access System","count":14,"id":19},{"name":"新能源接入系统暂态过电压及防治措施专题","count":14,"id":20},{"name":"Surger Arrester","count":10,"id":21},{"name":"Grounoling Technology","count":8,"id":22},{"name":"Special Topics on Lightning Protection of Wind Power System","count":7,"id":23},{"name":"Surge Attesters","count":7,"id":24},{"name":"The impact of external insulation on power equipment under extreme natural environmental conditions","count":7,"id":25},{"name":"极端自然环境条件对电力设备外绝缘影响","count":7,"id":26},{"name":"风电系统雷电防护专题","count":7,"id":27},{"name":"测试技术","count":6,"id":28},{"name":"接地系统保护","count":5,"id":29},{"name":"专利信息","count":4,"id":30},{"name":"信息公告","count":3,"id":31},{"name":"测量仪器","count":3,"id":32},{"name":"接地系统","count":2,"id":33},{"name":"接地系统改造","count":2,"id":34},{"name":"测试仪器","count":2,"id":35},{"name":"测试自动化","count":2,"id":36},{"name":"其它","count":1,"id":37},{"name":"接地网","count":1,"id":38},{"name":"特种陶瓷","count":1,"id":39},{"name":"电力营销","count":1,"id":40},{"name":"电场计算","count":1,"id":41},{"name":"线路运行","count":1,"id":42},{"name":"计算机应用","count":1,"id":43}]