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Effects of dissolved oxygen,light,temperature on iron and manganese release processes of island reservoir sediment

机译:溶解氧,光,温度对岛状储层沉积物铁锰释放过程的影响

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The reservoirs in Zhoushan, Zhejiang province, China are suffering from the periodic water quality problem of iron(Fe) and manganese(Mn).In order to figure out the effects of dissolved oxygen, light and temperature on the release of dissolved iron and manganese from the sediment deposited in the reservoir, the release features of sediment samples from Xiaotiandi reservoir have been investigated in the laboratory. The results show that the dissolved oxygen, light and temperature affect the release of Fe. Mn in different ways, among which dissolved oxygen is the most sensitive factor. The release of iron and manganese can occur in both the aerobic and anoxic conditions, whereas, the primary release rate and the releasing process differs greatly. Meanwhile, higher temperature and the presence of light can accelerate the extent of iron and manganese release, which may stimulate alga bloom and the metabolic activities of inicrobials. The competition release of iron and manganese happens obviously in the anoxic condition. The manganese releases quickly at the beginning of the process till to a relative stable rate while the release of iron begins.
机译:中国浙江省舟山市的水库正遭受铁(Fe)和锰(Mn)的周期性水质问题。为了弄清溶解氧,光和温度对溶解态铁和锰释放的影响从沉积物中沉积物中的沉淀物,实验室研究了小天地水库中沉积物样品的释放特征。结果表明,溶解氧,光照和温度会影响Fe的释放。锰以不同的方式,其中溶解氧是最敏感的因素。铁和锰的释放可在有氧和缺氧条件下发生,而一次释放速率和释放过程则有很大差异。同时,较高的温度和光的存在可以加速铁和锰的释放程度,这可能会刺激藻类的繁殖和小球藻的代谢活动。铁和锰的竞争释放明显发生在缺氧条件下。锰在过程开始时会快速释放,直到铁开始释放时达到相对稳定的速率。

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