内容标题
×
内容
绑定机构
扫描成功
请在APP上操作
打开万方数据APP，点击右上角"扫一扫"，扫描二维码即可将您登录的个人账号与机构账号绑定，绑定后您可在APP上享有机构权限，如需更换机构账号，可到个人中心解绑。
登录机构账号
登录 / 注册
登录 / 注册
机构登录
复制成功
设置
万方会员
暂未开通会员
开通即享超值福利、会员权益
优质内容推荐
立即开通
个人中心
我的智研
订阅
收藏
退出登录
简
繁
智研平台
会员
这是测试提示消息
首页
>
期刊导航
>
电镀与涂饰
电镀与涂饰
Electroplating & Finishing 전도여도식
CSCD扩展(2019-2020)
CSTPCD(2024)
北大核心(2023)
主办单位：
广州大学
主编：
梁红
出版周期：
月刊
语种：
中文
国际刊号：
1004-227X
国内刊号：
44-1237/TS
影响因子：
0.65
文献量：
6493
被引量：
35814
下载量：
332185
基金论文量：
1943
电话：
020-39366085
邮政编码：
510663
地址：
广州市番禺区大学城外环西路230号
文章浏览
特色栏目
统计分析
期刊简介
征稿启事
DOI服务
[{"name":"镀覆技术","count":458,"id":1},{"name":"研究报告","count":432,"id":2},{"name":"Advanced Coating Technology","count":353,"id":3},{"name":"Coating Material","count":352,"id":4},{"name":"Surface Technology","count":326,"id":5},{"name":"表面技术","count":326,"id":6},{"name":"Research Report","count":319,"id":7},{"name":"电镀","count":298,"id":8},{"name":"Deposition Technology","count":283,"id":9},{"name":"Electroplating","count":269,"id":10},{"name":"工艺开发","count":250,"id":11},{"name":"涂料","count":231,"id":12},{"name":"经验交流","count":217,"id":13},{"name":"Review","count":190,"id":14},{"name":"Coating Process","count":180,"id":15},{"name":"防腐技术","count":180,"id":16},{"name":"Anticorrosion Technology","count":176,"id":17},{"name":"涂装","count":175,"id":18},{"name":"Plating Technology","count":172,"id":19},{"name":"Process Development","count":172,"id":20},{"name":"Experience","count":164,"id":21},{"name":"电子技术","count":154,"id":22},{"name":"综述","count":152,"id":23},{"name":"Electronic Technology","count":142,"id":24},{"name":"涂装技术","count":142,"id":25},{"name":"现代涂层技术专刊","count":139,"id":26},{"name":"Painting Technology","count":137,"id":27},{"name":"现代涂层技术 专刊","count":129,"id":28},{"name":"化学镀","count":125,"id":29},{"name":"涂料技术","count":125,"id":30},{"name":"发展论坛","count":121,"id":31},{"name":"现代涂层技术","count":119,"id":32},{"name":"环保技术","count":114,"id":33},{"name":"分析测试","count":111,"id":34},{"name":"Environmental Technology","count":104,"id":35},{"name":"Electroless Plating","count":96,"id":36},{"name":"经验介绍","count":92,"id":37},{"name":"化学转化膜","count":84,"id":38},{"name":"轻金属表面精饰","count":77,"id":39},{"name":"Chemical Conversion Coating","count":76,"id":40},{"name":"三废治理","count":65,"id":41},{"name":"腐蚀防护","count":64,"id":42},{"name":"环境保护","count":63,"id":43},{"name":"Corrosion Protection","count":61,"id":44},{"name":"Environmental Protection","count":61,"id":45},{"name":"Surface Finishing for Light Metals","count":60,"id":46},{"name":"茶居闲聊","count":60,"id":47},{"name":"转化膜技术","count":60,"id":48},{"name":"清洁生产","count":57,"id":49},{"name":"电镀基础讲座","count":57,"id":50},{"name":"Lecture","count":56,"id":51},{"name":"Research Repot","count":56,"id":52},{"name":"Conversion Coating Technology","count":55,"id":53},{"name":"电沉积技术","count":55,"id":54},{"name":"研究·工艺","count":55,"id":55},{"name":"Analysis","count":53,"id":56},{"name":"Waste Treatment","count":51,"id":57},{"name":"Electrodeposition Technology","count":43,"id":58},{"name":"资讯","count":39,"id":59},{"name":"Electronic Plating","count":38,"id":60},{"name":"电子电镀","count":36,"id":61},{"name":"Cleaner Production","count":34,"id":62},{"name":"Teahouse Chatting","count":30,"id":63},{"name":"中国专利信息","count":27,"id":64},{"name":"技术专题","count":24,"id":65},{"name":"Troubleshooting","count":23,"id":66},{"name":"国外最新文献","count":23,"id":67},{"name":"故障排除","count":23,"id":68},{"name":"Analysis & Testing Technology","count":21,"id":69},{"name":"Technical Topic","count":20,"id":70},{"name":"分析测试技术","count":20,"id":71},{"name":"Information","count":19,"id":72},{"name":"热浸镀","count":18,"id":73},{"name":"金属毒理学知识讲座","count":18,"id":74},{"name":"专题讲座","count":17,"id":75},{"name":"信息","count":17,"id":76},{"name":"涂料与涂装","count":17,"id":77},{"name":"Hot-dip Galvanizing","count":16,"id":78},{"name":"分析表征","count":16,"id":79},{"name":"电镀设备","count":16,"id":80},{"name":"Analysis & Characterization","count":15,"id":81},{"name":"Applied Electrochemistry","count":13,"id":82},{"name":"PCB表面精饰","count":13,"id":83},{"name":"应用电化学","count":13,"id":84},{"name":"现代涂层技术专利","count":13,"id":85},{"name":"真空镀","count":13,"id":86},{"name":"Coating Material & Process","count":12,"id":87},{"name":"Electronoic Technology","count":12,"id":88},{"name":"Equipment","count":12,"id":89},{"name":"Vacuum Plating","count":12,"id":90},{"name":"涂料/涂装","count":12,"id":91},{"name":"行业会讯","count":12,"id":92},{"name":"Electroless plating","count":11,"id":93},{"name":"Electronics & Chip Electroplating Technology","count":11,"id":94},{"name":"Envornmental Technology","count":11,"id":95},{"name":"热加工技术","count":11,"id":96},{"name":"电子(芯片)电镀工艺","count":11,"id":97},{"name":"Analysis & Test","count":10,"id":98},{"name":"Expericnce","count":10,"id":99},{"name":"Hot Working Technology","count":10,"id":100},{"name":"Automotive Surface Engineering Technology","count":9,"id":101},{"name":"Electrobrush Plating","count":9,"id":102},{"name":"Surface Treatment","count":9,"id":103},{"name":"抛光","count":9,"id":104},{"name":"汽车表面工程技术","count":9,"id":105},{"name":"电刷镀","count":9,"id":106},{"name":"表面处理","count":9,"id":107},{"name":"铝材表面处理","count":9,"id":108},{"name":"Electrodeposition technology","count":8,"id":109},{"name":"Functional Coating Technology","count":8,"id":110},{"name":"Lecture-Metal Toxicology","count":8,"id":111},{"name":"功能性涂层技术","count":8,"id":112},{"name":"工艺研究","count":8,"id":113},{"name":"Advanced Coating Techonlogy","count":7,"id":114},{"name":"Electroforming","count":7,"id":115},{"name":"电铸","count":7,"id":116},{"name":"Modern Coating Technology","count":6,"id":117},{"name":"Plating & Coating Technologies for Harsh Environment","count":6,"id":118},{"name":"Polishing","count":6,"id":119},{"name":"Protection Technology for Grounding Materials in Power Grids","count":6,"id":120},{"name":"Surface Finishing for PCB","count":6,"id":121},{"name":"严苛环境下的镀涂技术","count":6,"id":122},{"name":"公告","count":6,"id":123},{"name":"加工技术","count":6,"id":124},{"name":"现代膜层技术","count":6,"id":125},{"name":"电渡","count":6,"id":126},{"name":"电网接地材料防护技术","count":6,"id":127},{"name":"茶局闲聊","count":6,"id":128},{"name":"Automatic Spraying","count":5,"id":129},{"name":"Conversion Technology","count":5,"id":130},{"name":"Machining Technology","count":5,"id":131},{"name":"Plastic Plating","count":5,"id":132},{"name":"Precision Surface Machining Technology","count":5,"id":133},{"name":"Tribological Research on Surface/Interface Protection","count":5,"id":134},{"name":"塑料电镀","count":5,"id":135},{"name":"工艺技术","count":5,"id":136},{"name":"电子镀覆","count":5,"id":137},{"name":"答读者问","count":5,"id":138},{"name":"精密表面加工技术","count":5,"id":139},{"name":"自动喷涂","count":5,"id":140},{"name":"表界面防护的摩擦学研究","count":5,"id":141},{"name":"Analysis Technology","count":4,"id":142},{"name":"Anticorrosioin Technology","count":4,"id":143},{"name":"Coating Materials","count":4,"id":144},{"name":"Coating Technology","count":4,"id":145},{"name":"Mechanical Plating","count":4,"id":146},{"name":"PCB Technology","count":4,"id":147},{"name":"Plating & Coating Technology for Marine Protection","count":4,"id":148},{"name":"Plating Equipment","count":4,"id":149},{"name":"Surface Technology for Light Metals","count":4,"id":150},{"name":"三度治理","count":4,"id":151},{"name":"分析检测技术","count":4,"id":152},{"name":"印制电路技术专栏","count":4,"id":153},{"name":"机械镀","count":4,"id":154},{"name":"海洋防护镀涂技术","count":4,"id":155},{"name":"涂装与涂料","count":4,"id":156},{"name":"涂覆技术","count":4,"id":157},{"name":"管理锦囊","count":4,"id":158},{"name":"轻金属表面技术","count":4,"id":159},{"name":"Chemical Converslon Coating","count":3,"id":160},{"name":"Depotision Technology","count":3,"id":161},{"name":"Electroplating/Electroforming","count":3,"id":162},{"name":"Process Planning","count":3,"id":163},{"name":"工艺规划","count":3,"id":164},{"name":"政策解读","count":3,"id":165},{"name":"电子电渡","count":3,"id":166},{"name":"电镀/电铸","count":3,"id":167},{"name":"研究论文","count":3,"id":168},{"name":"综述述评","count":3,"id":169},{"name":"网络应用","count":3,"id":170},{"name":"英文原稿","count":3,"id":171},{"name":"除油","count":3,"id":172},{"name":"Analysis & Test Technology","count":2,"id":173},{"name":"Chemical Conversion","count":2,"id":174},{"name":"Cleaning Technology","count":2,"id":175},{"name":"Degreasing","count":2,"id":176},{"name":"Electrochemical Technology","count":2,"id":177},{"name":"Energy Saving & Environment Control","count":2,"id":178},{"name":"Equipment Maintenance","count":2,"id":179},{"name":"Interpretation of Policies","count":2,"id":180},{"name":"Question and Answer","count":2,"id":181},{"name":"Surface Finishing for Metals","count":2,"id":182},{"name":"Surface Treatment for PCB","count":2,"id":183},{"name":"专利信息","count":2,"id":184},{"name":"专题报道","count":2,"id":185},{"name":"仪器设备","count":2,"id":186},{"name":"分析技术","count":2,"id":187},{"name":"实验研究","count":2,"id":188},{"name":"政策法规","count":2,"id":189},{"name":"新技术新材料概谈","count":2,"id":190},{"name":"检测技术","count":2,"id":191},{"name":"清洗技术","count":2,"id":192},{"name":"电化学技术","count":2,"id":193},{"name":"电镀装置","count":2,"id":194},{"name":"纳米技术","count":2,"id":195},{"name":"纳米电镀","count":2,"id":196},{"name":"综述与述评","count":2,"id":197},{"name":"节能环保","count":2,"id":198},{"name":"设备维护","count":2,"id":199},{"name":"酸洗","count":2,"id":200}]
全部
近一年
近三年
近五年
查看更多栏目
<
1
/
1
>
排序：
年/期
被引
下载
批量选择
（已选择）
0
条
清除
导出
共有
458
篇文献
题名
防护装饰性锌镍合金电镀工艺
文摘阅读
19
下载
2
第三方链接
0
被引
0
作者: 郭崇武 王晓军 李小花
年/期：2025/9
被引：0
下载：2
纳米石墨预处理对电刷镀银-石墨复合镀层组织和性能的影响
文摘阅读
18
下载
2
第三方链接
0
被引
0
作者: 王晔辰 方晨 刘晓谦 李熙来 周毅
年/期：2025/9
被引：0
下载：2
镀液超声处理对电沉积制备Bi2Te3-还原氧化石墨烯热电薄膜性能的影响
文摘阅读
27
下载
1
第三方链接
0
被引
0
作者: 张弘青 赵婧炜 李菲晖
年/期：2025/8
被引：0
下载：1
镀镉钝化直角弯管接头非机加区黑斑原因分析
文摘阅读
22
下载
1
第三方链接
0
被引
0
作者: 颜华 杜娟 陈黎 谭瑶 高深远 张伟 彭富华
年/期：2025/8
被引：0
下载：1
硫酸盐体系装饰性三价铬电镀工艺及镀层色差
文摘阅读
24
下载
2
第三方链接
0
被引
0
作者: 梁艳彬 徐金来 胡明 朱平 田志斌 涂颖一
年/期：2025/8
被引：0
下载：2
电流密度和镀液温度对γ-TiAl合金电镀镍的影响
文摘阅读
32
下载
1
第三方链接
0
被引
0
作者: 马飞鸿 王建军 薛鹏 郝俊杰 李小兵 陈波 刘奎
年/期：2025/8
被引：0
下载：1
电机轴化学镀不同Ni-P基复合镀层的耐磨性和耐蚀性对比
文摘阅读
25
下载
6
第三方链接
0
被引
0
作者: 刘大勇 吴成宝 于杰
年/期：2025/8
被引：0
下载：6
硝酸钇对电镀镍层微观结构和性能的影响
文摘阅读
24
下载
3
第三方链接
0
被引
0
作者: 张忠科 马程远 吴伟
年/期：2025/8
被引：0
下载：3
脉冲电沉积制备FeCoNiMoW-TiO2/VO2材料及其海水析氧催化性能
文摘阅读
43
下载
12
第三方链接
0
被引
0
作者: 于佳正 张斌 赵明
年/期：2025/7
被引：0
下载：12
镀锡板常见缺陷分析及防控
文摘阅读
28
下载
1
第三方链接
0
被引
0
作者: 齐韦 李顺祥 潘红良
年/期：2025/7
被引：0
下载：1
1
2
3
4
5
6
7
下一页
src='', frameborder='0',name='_blank', scrolling='no')
分享到微信朋友圈
打开微信，点击底部的“发现”，使用“扫一扫”即可将网页分享到我的朋友圈。
