1.
Comparison Study on Treatment of Wastewater with Copper in Complex State by Processes of Ferrous Sulfate and Sodium Sulfide
硫酸亚铁法与硫化钠法处理络合铜废水的对比研究
2.
Study on New Treatment Techniques of Industral Wastewater Containing Direct Copper Complex Azo Dye;
含直接铜络合偶氮染料工业废水处理技术研究
3.
STUDY ON THE TREATMENT OF Cu-CYANIDE WASTEWATER BY COMPLEMENTARY MIXED BED ANODE
互补型混合床阳极处理铜氰络合物废水的试验研究
4.
Wushan Copper Mine Waste Water Treatment and Comprehensive Utilization
武山铜矿工业废水的综合治理及利用
5.
Comprehensive Treatment & Utilization Project of the Pit Waste Water in TongLushan Mine
铜绿山矿露采废水综合处理利用工程
6.
Alkaline etching of the comprehensive utilization of waste water-Hydrazine hydrate to restore the recovery of copper
碱性蚀刻废液的综合利用----水合肼还原回收铜
7.
The Study on Cu~(2+) Absorption Characteristics for Waste Water by the Sulfur-containing Cellulose;
合成巯基纤维素(SC)对含铜(Ⅱ)废水的吸附研究
8.
Resources Recovery by the Combined Technology of Electrolysis and Electrodialysis from Copper Wastewater
电解—电渗析联合工艺实现含铜废水资源化研究
9.
EXPERIMENTAL RESEARCH ON THE TREATMENT OF COPPER-CONTAINING WASTEWATER FROM PRINTED CIRCUIT BOARD FACTORIES
多法联合处理印制电路板生产厂含铜废水
10.
DTCR synthesis and it used treatment of simulation wastewater containing copper(Ⅱ)
DTCR合成及其在模拟含铜废水处理中的应用研究
11.
Study on treatment of copper-containing wastewater by super fast chelating fiber with amidocyanogen
胺基型超快螯合纤维处理含铜废水性能研究
12.
Treatment of industrial wastewater containing tin using complexation-ultrafiltration coupling process
络合-超滤耦合过程处理含锡工业废水
13.
Study on Treatment of P-aminophenol Wastewater Based on Complexation Extraction;
络合萃取法处理对氨基酚废水的研究
14.
Hydrothermal synthesis and structural characterization of one novel cuprum imidazole complexes having hydrogen-bonded frameworks
水热合成具有氢键网络的铜咪唑化合物(英文)
15.
Classification and specification for scraps and waste component of copper and copper alloy
GB/T13587-1992铜及铜合金废料、废件分类和技术条件
16.
Study on Treatment of Wastewater Containing Phonol by Complexation Extraction-adsorption Combined Process
络合萃取—吸附组合工艺处理含酚废水的研究
17.
In this regard Cu(Ⅱ) 2 (3,5 DIPS)4 (H 2O) 2 was found to be more effective than 3,5 DIPS.
铜络合物较3，5－二异丙基水杨酸更为有效。
18.
Apparent Copper Complexation Capacity of Surface Seawater in the North of the Bohai Bay
渤海湾北部海域表层海水的表观铜络合容量