细河

细河流域土壤中Hg、Cd、Pb和Zn含量的空间分布特征

Spatial distribution of Hg , Cd , Pb and Zn contents in the soil of Xihe watershed

沈阳市排污明渠&细河CH4的排放

CH_4 emission from Xihe canal for drainage of municipal sewage in Shenyang City

高强度混凝土在细河三号特大桥施工运用

Application of High Strength Cement Concrete in The Third Bridge of XiHe

沈阳市细河流域土壤重金属的暴露评估

Exposure assessment on heavy metals in soil at Xihe watershed in Shenyang

阜新市细河改造工程坝基渗漏计算及处理效果分析

Seepage Calculation for Dam Foundation and Effictiveness Analysis for Xihe Reconstruction Project in Fuxin City

细河流域土壤中重金属的污染现状及潜在生态风险

Pollution Conditions and Potential Ecological Risks of Heavy Metals in Soil of the Xihe Watershed

细河底泥污染特征分析

Characteristics Analysis for Contaminative Sediment of XiHe

分析结果表明，农用地上应大力发展优势农业，优化调整细河区产业结构。

The results indicated that advantage agriculture should be developed and industrial structure should be optimized .

沈阳市细河水中有机浓集物及其活性组分的致突变性研究

Study on the mutagenicity of organic pollutants and their active components in the Xi River water at Shenyang

阜新市细河改造工程由四座橡胶坝和两岸防洪大堤组成，由于堤（坝）基第四系冲洪积层广泛发育，存在渗漏问题。

The Xihe reconstruction in Fuxin City comprises four rubber dams and dykes for flood control along two banks .

将烘干后的细河沙放在柴油机旁，以便放入地脚螺丝安装孔内。

Put the dried river fine sand beside the diesel engine , so as to be conveniently filled into the foundation screw mounting holes .

应用分析技术手段，对细河底泥污染状况进行监测、调查，从而了解细河底泥污染状况，并分析主要污染物的分布特征。

The polluted condition of sediment of XiHe was investigated by the method of analytic technology , and the distribution of contaminative sediment of XiHe was introduced .

两种评价方法结果基本一致，研究结果表明养息牧河、细河已经受到严重污染。

Two methods of evaluation of the results are basically the same . Finally the study shows that Xihe River and yang river has been contaminated seriously .

以沈阳细河底泥为研究对象，通过对其成分和矿物组成分析，考察了其制作底泥陶粒的可行性；

The component and mineral composition of the sediment from the Xihe River , Shenyang City was analyzed , and the feasibility for producing haydite by the sediment was investigated .

以炉灰渣、炼山沙和锯末为扦插基质的插条成活率为96%～100%，明显高于细河沙；

When using the residues of stove ashes , smelt hill sand and sawdust as the basic cutting materials , the survival rate of cutting leaves is 96 % ~ 100 % and it 's obviously higher than the fine river sand .