1) electronic grade silicon scraps
废弃电子级硅片
1.
The technology of recycling high purity silicon from electronic grade silicon scraps was discussed.
讨论了来源于半导体器件行业的废弃电子级硅片的回收处理工艺。
2) WEEE
电子废弃物
1.
Recycling and Reutilization of WEEE in China;
我国电子废弃物资源化研究
2.
Economic Analysis on Recycling and Reutilization of WEEE in China;
电子废弃物循环再利用途径的经济学分析
3.
Study on the safety liability of responsible parties during WEEE logistics
电子废弃物物流及责任方安全职责分析
3) electronic waste
电子废弃物
1.
The impacts of dismantling electronic wastes on surrounding soil environment:Take Xiagu′ao of Luqiao,Taizhou as an example;
电子废弃物拆解业对周边土壤环境的影响——以台州路桥下谷岙村为例
2.
Recycle and reuse of electronic waste:the roles and obligations of enterprise,government and public;
电子废弃物的再循环利用:企业、政府与公众的角色和责任
3.
Electronic waste contains different kinds, components and poisonous substances; it has become the largest pollution source of heavy metal in the solid waste.
电子废弃物种类繁多、成分复杂,含有多种有毒、有害物质,已成为固体废物中最大的重金属污染源。
4) Electric waste
电子废弃物
1.
However, the developed country has accumulated relatively more experience on the pollution prevention and utilization of electric waste with the more complete relevant laws and regulations system established.
相比而言,发达国家在电子废弃物的污染防治和资源化方面积累了一定的经验,并建立了相对完善的法律法规体系。
2.
A detailed introduction to vario us technologies, which are used in industrial waste materials, construction wast es, electric wastes and municipal refuses, is presented in this paper.
本文详细介绍了该项技术在工业废渣、建筑垃圾、电子废弃物和生活垃圾处理等方面的一些应用情况 ,但实践中远不止这些 。
5) electronic scrap
电子废弃物
1.
Selective solvent extraction of copper from electronic scrap solution with LIX84I;
用萃取剂LIX84I从电子废弃物处理液中选择性萃取铜
2.
The reduction,innoxiousness and reutilization of electronic scrap(ES) are increasingly attracting attentions from the whole society,adopting the mechanical method to reutilize ES is the leading means.
电子废弃物的减量化、无害化和资源化工作日益受到世界各国的重视和关注,采用机械物理方法对电子废弃物进行资源化是目前主导的方法。
3.
According to the characteristics of electronic scrap(ES),disposal means of ES adopted currently were analyzed at home and abroad,and the corresponding countermeasures to deal with ES were brought forward.
介绍了国内外电子废弃物资源化处理的制度及技术,提出实现电子废弃物资源化处理应以机械物理回收方法为主,本文采用阻尼式脉动气力分选装置对电子废弃物中有价成分的回收进行了研究,并取得了初步进展。
6) electronic wastes
电子废弃物
1.
Preliminary Analysis of Break and Classification of Electronic wastes;
浅析电子废弃物的破碎与分级
2.
The estimated amount of electronic wastes increases at 25% annually in the future 5-10 years,therefore,the utilisation and potential pollution to the environment have been continously received considerable attention.
电子废弃物在未来5～10年的年增量估计为25%左右,电子废弃物环境污染问题和潜在资源价值须高度重视。
3.
Facing the fact of disposing electronic wastes in our country,the paper brought forward the idea of circular economy and the principles of Cleaner Production during the period of electronic wastes production,and that the principles of 3R should be performed in the course of electronic products lifecycle.
面对我国电子废弃物处置的现状,提出运用循环经济理念来处置电子废弃物,在电子废弃物的生产阶段,充分贯彻清洁生产原则,在电子产品的整个生命周期都要充分贯彻3R原则。
补充资料：电子级二氧化硅
分子式：SiO2·nH2O
CAS号：
性质：白色无定形微细粉末。溶于苛性钾(钠)和氢氟酸；不溶于水和其他酸。具有高电绝缘性，纯度高。水玻璃由稀溶液和硝酸反应生成二氧化硅，经过滤、漂洗，酸洗，去离子水洗，喷雾干燥制得。用于显像管，视波管等玻璃平面与荧光粉之间的黏结。
CAS号：
性质：白色无定形微细粉末。溶于苛性钾(钠)和氢氟酸；不溶于水和其他酸。具有高电绝缘性，纯度高。水玻璃由稀溶液和硝酸反应生成二氧化硅，经过滤、漂洗，酸洗，去离子水洗，喷雾干燥制得。用于显像管，视波管等玻璃平面与荧光粉之间的黏结。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条