本文首次对京杭大运河(杭州段)两侧地下水的介质环境对地下水中的铁、锰离子含量的影响作用进行了研究。
This paper studies the influence of the medium environment of ground water on contents of iron and manganese ions in the Jing Hang Grand Canal Hangzhou.
结果表明：该地区以地下水为水源的水厂水中总硬度、铁、锰的含量较高，超标严重。
The report indicates that the samples from waterworks using underground water as the source have much higher Ca, Mg, Fe and Mn content than the standards permitted.
文章特别对原位纳米铁处理地下水中挥发性氯代烃的化学机理及环境风险作了回顾。
This paper reviews the chemical mechanisms behind the nanotechnology and potential environmental risks of groundwater remediation using n-ZVI.
文章特别对原位纳米铁处理地下水中挥发性氯代烃的化学机理及环境风险作了回顾。
This paper reviews the chemical mechanisms behind the nanotechnology and potential environmental risks of groundwater remediation using n-ZVI.
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