1) percolating water
渗滤水
1.
We studied the concentrations and fluxes of DOC in soil percolating water in recently planted, young and mature Chinese Fir stands in southeastern China.
很多学者对不同森林类型和不同气候带土壤渗滤水中的DOC进行了研究(Dosskeyet al。
2) Leachate
[英]['li:tʃeit] [美]['litʃet]
渗滤水
1.
Study on the Back Irrigation of Leachate from Garbage Landfill;
垃圾填埋场渗滤水回灌技术的研究 Ⅱ.填埋场对渗滤水净化能力的研究
2.
Study on the Back Irrigation of Leachate from Garbage Landfill──I. Influence Factors of Back Irrigation of Leachate from Garbage Landfill;
垃圾填埋场渗滤水回灌技术的研究──Ⅰ．垃圾渗滤水填埋场回灌的影响因素
3) technique of percolating water abstraction
渗滤取水
1.
The technique of percolating water abstraction from beneath the riverbed directly extracts clean water from a riverbed by means of engineering approach to make the riverbed itself as filtering bed purifying heavy turbidity and slightly-polluted river water.
天然河床渗滤取水是一种利用天然河床底部砂砾石层作为滤床，直接净化高浊度、微污染的江河水的取水净水工艺技术。
2.
Compared with conventionally filter, the technique of percolating water abstraction is a new technics,which is characterized by for good abundant water and low cost.
天然河床渗滤取水技术是一种通过渗滤系统净化取水的新工艺。
3.
Analyzes the influencing factors of intake scheme firstly,based on an open type surface water source heat pump system in Chongqing,describes the applicability of intake scheme,technique of percolating water abstraction from beneath river-bed.
首先对取水方案的影响因素进行具体分析,然后通过对重庆地区某大型开式地表水水源热泵系统取水方案——河床渗滤取水的介绍,分析取水方案的适用性,阐述取水方案对开式地表水水源热泵系统的影响,并提出取水方案应遵循的原则。
4) leachate tail water
渗滤液尾水
1.
Based on the fact that FeC can reduce undegradative substances to a certain extent and is able to remove COD from some substances,the paper makes a study on advanced treatment of the leachate tail water subject to treatment by aged refuse bio-reaction bed using FeC inner electrolysis technology.
根据FeC对难降解物质具有一定的还原作用,并对部分物质具有去除COD的功效,应用FeC内电解技术对经矿化垃圾生物反应床处理后渗滤液尾水进行深度处理研究,通过FeC比例、pH条件、反应时间等不同因素的小型试验确定其适宜条件,并通过L9(34)正交试验,确定如下最佳条件,反应时间5h,pH为6,FeC比例为4:1,此时出水COD能降低约100 mg/L,而对氨氮其作用不大,甚至有增加的趋势,FeC内电解反应后出水的pH值和电导率具有一定的增加趋势。
2.
Based on the fact that FeC can reduce undegradative substances to a certain extent and is able to remove COD from some substances, the paper makes a study on advanced treatment of the leachate tail water subject to treatment by aged refuse bio-reaction bed using FeC inner electrolysis technology.
根据FeC对难降解物质具有一定的还原作用,并对部分物质具有去除COD的功效,应用FeC内电解技术对经矿化垃圾生物反应床处理后渗滤液尾水进行深度处理研究,通过FeC比例、pH条件、反应时间等不同因素的小型试验确定其适宜条件,并通过L9(34)正交试验,确定如下最佳条件,反应时间5h,pH为6,FeC 比例为4:1,此时出水COD能降低约100 mg／L,而对氨氮其作用不大,甚至有增加的趋势,FeC内电解反应后出水的pH值和电导率具有一定的增加趋势。
5) acid seepage water
酸性渗滤水
1.
The mixtures of power lime and cinder were used as PRB materials to study the feasibility of in-situ remediation of acid seepage water from uranium mill-tailings.
使用消石灰与炼锗煤渣混合物作为PRB材料,进行原位处理铀水冶尾矿酸性渗滤水的可行性实验研究。
6) leachate quality
渗滤液水质
1.
The changing rule of leachate quality in Xiaping Sanitary Landfill was studied using pilot scale leaching test for waste pollutants.
利用垃圾污染负荷浸出实验装置对下坪垃圾填埋场渗滤液水质变化规律进行了模拟研究 。
2.
The results show that leachate quality fluctuates significantly resulting from the fresh wastes filled regularly.
采用室内试验,模拟填埋期回灌型准好氧填埋场垃圾渗滤液水质变化特征。
补充资料：快速渗滤处理系统
分子式：
CAS号：
性质：RI将废水有控制地投配到具有良好渗滤性能的土壤表面，废水在向下渗透过程中由于生物氧化、硝化、反硝化、过滤、沉淀等一系列作用而得到净化的一种废水土地处理系统。该系统以淹水/干燥方式交替运行，处理效率很高，净化后的水可回收再用。日处理104m3废水的系统需土地105m2(10ha)。
CAS号：
性质：RI将废水有控制地投配到具有良好渗滤性能的土壤表面，废水在向下渗透过程中由于生物氧化、硝化、反硝化、过滤、沉淀等一系列作用而得到净化的一种废水土地处理系统。该系统以淹水/干燥方式交替运行，处理效率很高，净化后的水可回收再用。日处理104m3废水的系统需土地105m2(10ha)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条