1.
Impact of pH on release of As in cement clinker product containing arsenic
pH值对含砷水泥熟料制品中砷释放的影响
2.
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
3.
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
4.
The Study on the Treatment of Arsenic-containing Wastewater by Pteris Vittata L.-based Constructed Wetland;
蜈蚣草人工湿地处理含砷废水的研究
5.
Review and Prospect on Treatment Technology for Wastewater Containing As(Ⅲ)
含砷(Ⅲ)水处理技术的回顾及展望
6.
Status quo and prospect of the repairing techniques of arsenic-containing wastewater
含砷废水修复技术的研究现状和展望
7.
Study on the Contents of As and Several Elements in Well Water in Endemic Arsenism Area in Linhe,Inner Mongolia
内蒙临河市地方性砷中毒病区井水中砷及几种元素含量调查研究
8.
Characteristics of mineral element concentrations in the drinking waters of regions with and without endemic arsenism disease in Quitun,Xinjiang
新疆奎屯地砷病区与非病区水中砷及金属元素含量的分布
9.
The arsenic-containing industrial wastewater treated with fly ash as adsorbent has been studied.
研究了以粉煤灰为吸附剂处理含砷工业废水。
10.
Experimental Study on the Treatment of Wastewater Containing Arsenic by Polysilicate-metal Salts;
聚硅酸金属盐处理含砷废水的实验研究
11.
Treatment for Arsenic Contained Spring Water in the Yangzonghai with Ceramic Filter
陶粒滤料应用于处理阳宗海含砷泉涌水的研究
12.
Study on Adsorption Treatment of Arsenic-containing Wastewater with Modified Bentonite Based on the Orthogonal Method
正交方法研究改性膨润土吸附处理含砷废水
13.
Analysis on the variation of the concentration of different valence arsenic detected with different time
饮水中不同价态砷的含量随时间的变化
14.
relating to compounds in which arsenic is trivalent.
关于含有砷的化合物，尤指含有三价砷。
15.
The Bangladesh government specifies more than 50 micrograms per liter as being dangerous. (I use this standard in the article.
孟加拉政府规定，每公升水含砷超过50微克为危险值。
16.
Probe to As,Cd Pb,Cr Distribution Characteristics and Water Quality of Nanguang River
南广河水体中砷镉铅铬含量分布特征及质量探讨
17.
Study on Treatment of Arsenic Wastewater and Waste Residue in the Non-ferrous Metal Smelting Production;
有色金属冶炼生产中含砷废水和废渣的治理研究
18.
Indigenous Bacteria-mediated Release and Transformation of As in Aquifer Sediment from the Hetao Basin,Inner Mongolia
土著微生物作用下含水层沉积物砷的释放与转化