Base on determining the contents of pollutants in variously depths in aeration zone, we confirmed the kinds and distributing of pollutants in Cihe River.
通过对磁河地区包气带土层中不同深度的污染物含量的测定，确定了包气带中的主要污染物及其在包气带中的分布规律。
参考来源 - 磁河污染物在包气带中迁移转化规律的研究On studying of them . using the testing outcomes of gas fully, lithologic characters . strata sequence, sand body shape, sequence sectional structure in aeration zone and main channels migrating pattern on different phases have been analysed .
在此研究基础上，充分利用有关的试气成果资料，详细分析了含气层的岩性、层序地层特点、砂体的形态产状特征、不同时期主河道分布与迁移的规律及含气层的剖面结构特点等。 为进一步生、储、盖组合分析和油气勘探提供了依据。
参考来源 - 塔巴庙区块晚古生代沉积体系研究When the temperature difference of the top-surface and bottom-surface is more than 10℃, we should consider the temperature factor on the water resource calculation in aeration zone.5.
当顶底界面的温差大于10℃时,在包气带水分分析计算中必须考虑温度这一影响因素。
参考来源 - 蒸发条件下包气带水热运移模拟研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The experimental result agrees with the general relieving law of COD in the aeration zone layer.
试验结果符合COD在包气带地层中的一般降解规律。
By using the black? Box model, the variation quantity of COD passing the aeration zone layer is determined.
通过黑箱模型，确定了COD经包气带地层的变化量。
The plants growing on the land surface can be affected by the occurrence and movement of water and salt in the aeration zone.
包气带水分、盐份的分布和运移对地表植被生长有着重要的影响。
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