1.
Treatment of wastewater containing high concentration of copper and arsenic by sulphur dioxide reduction-diffusion dialysis
采用SO_2还原-扩散渗析法处理高铜高砷废水
2.
Chemical Precipitation Methods for Treatment of High-arsenic Concentration Industrial Effluents
处理高砷浓度工业废水的化学沉淀法
3.
Influence of Wastewater from a High Arsenic Coal Mine on Quality of Epikarst Water
高砷煤矿废水对表层岩溶水水质的影响
4.
A Novel Technology of Dearsenization and Deantimony from Copper Sulfide Concentrate by H_2O-Air Gas Mixtures;
高砷锑硫化铜精矿脱砷锑新工艺研究
5.
An Experiment and Research for the Technology to Treat the High Concentration Arsenic in Wastewater
采选矿废水中高浓度砷治理工艺的试验研究
6.
Study on the Methods of Prevention and Cure of Arsenic of Acidity Coal Waste Water in Southwestern Guizhou
黔西南酸性高砷煤矿废水的净化机理及治理对策的探讨
7.
RESEARCH OF NEW FLOWSHEET OF LNNER MONGOLIA HIGH ARSENIC-LOW COPPER POLY-METALLIC
内蒙古某高砷低铜矿石选矿工艺研究
8.
Fabrication of high-sensitive copper(Ⅱ) ion selective electrode and its application to the determination of copper ion in hydrometallurgical waste water
高灵敏铜离子选择性电极研制及在湿法冶金废水中铜测定的应用
9.
The Technology and Mechanism of Bacteria Leaching High-arsenic Copper Sulfide Concentrate and Comprehensive Utilization of Arsenic;
高砷硫化铜精矿细菌浸出及砷的综合利用工艺及理论研究
10.
Screening of high arsenic water resourees and prevalence analysis of endemic arsenic poisoning cases in Bengbu City
蚌埠市高砷水源筛查及地方性砷中毒病情分析
11.
Study on arsenic removing from high arsemic groundwater by using mixed iron powder and quartz sand
铁粉与石英砂对高砷地下水的除砷研究
12.
Study on modification of kaolin and its properties of removing arsenic from water
高岭土的改性及其从含砷水中除砷性能研究
13.
Result Analysis on High Arsenic Water Source Survey in Luoyang in 2005～2008
洛阳市2005～2008年高砷水源筛查结果分析
14.
Investigation on high-arsenic water in Henan Province in 2008
河南省2008年高砷水源筛查工作总结
15.
Study on the Long-term Effects of Organo-neutralization on the Availability of Copper, Zinc and Arsenic in a Smeltery-contaminated Soil;
有机中性化技术对钢铁厂废水污染土壤铜锌砷有效性的长期影响研究
16.
Arsenic trioxide made by precipitation-reduction method from As-containing wastewater
采用含砷废水沉淀还原法制备三氧化二砷
17.
Column Bioleaching of Low-grade Copper Ore and Succession of AMD Bacterial Communities under High Fe~(3+) Concentration
低品位铜矿柱浸及酸性矿坑废水微生物群落在高Fe~（3+）浓度下的演替规律
18.
Blackfoot disease related to high arsenic in drinking water in Taiwan provin ce does not include in this study.
确认辽宁省曾报道的饮水高砷点现已消除 ;