无运输源的汞含量垂直变化

Dongfang Yang, Haixia Li, Qi Wang, Danfeng Yang, Weifeng Ling
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引用次数: 1

摘要

1992年5月、8月和10月胶州湾汞调查资料显示了胶州湾河口汞含量的水平和垂直变化以及表层和底层汞含量的差异。这些数据表明,运输过程中Hg含量的大小和时间影响着地表、底层和塌陷区Hg含量的变化。结果表明:5月、8月和10月,海湾口南部和西部、海湾西南部、中部和东南部均无汞源;表层汞含量的沉降不依赖于从源头运来的汞含量,而只依赖于水体表层汞含量。在空间尺度上,根据地底汞含量相减的结果,水体中汞含量占一半以上,沉积物中汞含量占三分之一,均匀分布的汞含量占十分之一。因此,水体中汞含量丰富,不形成大的沉积物。在时间尺度上,5 - 10月,胶州湾中部水域和海湾东南部沿海水域,在表层和底层汞含量变化过程中,表层和底层汞含量表现出一致性。此时,水体中汞含量呈现均一性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vertical Variation of Hg Content without Transport Source
The investigation data on Hg in Jiaozhou Bay in May, August and October 1992 showed the horizontal and vertical changes of Hg content and the difference of Hg content between the surface and bottom layers in the Jiaozhou Baymouth. By these data, it was shown that the magnitude and time of Hg content in transportation affected the Hg content change of the surface and bottom layers and subsidence area. The results showed that in May, August and October, there was no source of Hg content in the south and west of the bay mouth, and in the southwest, center and southeast of the bay. The settlement of Hg content in the surface layer did not depend on the Hg content transported from sources, but only depended on the Hg content in the surface layer of waters. On the spatial scale, according to the results from subtracting Hg content in the surface and bottom, the Hg content in the waters accounted for more than half, the Hg content sediment accounted for one third, and the Hg content distributed uniformly accounted for one tenth. As a result, the Hg content is abundant in the water body, without forming large deposits. On the time scale, from May to October, in the central waters of Jiaozhou Bay and the coastal waters in the southeast of the bay, during the change process of Hg content in the surface and bottom layer, it appeared that the Hg content was consistent in the surface and bottom layer. At this time, the Hg content presented the homogeneity in the water body.
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