沉排

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沉排沉排
  1. 深水位急水流险工段软体沉排施工方法

    Soft sinking mattress construction method in deep and dangerous river sections

  2. 沉排装置是实施该工艺的关键设备。

    The sinking mattress device is a key equipment .

  3. 铰链混凝土板沉排新技术与施工实践

    New technique of hinged concrete slab mattress and construction practice

  4. 土工织物石笼沉排在界河堤岸防护中的应用

    The application of rock geotextile fabrics in the protection of boundary river dyke

  5. 浅谈沙质河床上无沉排护底丁坝的施工

    Construction of Spur Dikes without Sinking Fascine Mattress as Sand Bottom River Bed Protection

  6. 铰链沉排工程的施工与监理

    Construction and Supervision of Hinged Sinking Mattress Engineering

  7. 砼板铰链排沉排施工的探讨

    Discussion of sinking the concrete plate link raft

  8. 对堤防滑坡坍塌,采用了软体沉排技术措施。

    Soft mattress technical measures were employed to prevent dyke from slope slide and collapse .

  9. 软体沉排护脚在堤防护岸工程中的应用

    Application of Soft Mattress in Dyke Protection

  10. 软体沉排是既安全稳定又经济快捷的设计方案和施工方法之一。

    Introduce the design plan and the constructing method of both safe stable and economical quick soft sink raft .

  11. 结合施工实例,阐述了在深水位、急水流险工段软体沉排施工方法及施工注意事项。

    According to the practical example , this paper discusses the soft sinking mattress construction method and the notice in the deep and dangerous river sections .

  12. 冰面沉排是寒区一种特有的水利工程施工方法,结合工程实例具体论述冰面沉排的类型与施工方法。

    Ice surface sinking raft is a special method for hydraulic engineering construction in the severe cold area . Combined with the project practical examples , this paper concretely discussed the type and construction method for surface sinking raft .

  13. 通过对长江岸边上某电厂的灰库护岸工程采用绞链沉排的施工及其效果介绍,说明该方法对江岸防护是有效的。

    Through the introduction of the construction and effect of the ash revetment engineering of a power plant along the Yangtze River by adopting hinged sinking mattress , it is proved that this method is effective for river coast protection .

  14. 该工艺包括挡、沉、排砂防砂工艺,长柱塞防砂泵防砂工艺和循环充填防砂工艺3种。

    This technique include long plunger sand control pump and circulating packing sand control .

  15. 对于采用CEPT工艺的污水处理厂而言,较合理的初沉池的排泥周期宜小于8h。

    As to the wastewater treatment plant in CEPT , the reasonable interval to discharge sludge is less than 8h .

  16. 基于二沉池实际的排泥方式,在建立几何结构时创建了三种不同的排泥出口。

    According to the actual sludge discharge way of the clarifier , three different geometric models were constructed with three different kinds of sludge exports .

  17. 鉴于化学污泥的粘滞系数高于常规初沉污泥,在排泥管及污泥泵房的设计时,管道坡度和水头损失计算宜留有适当的富余空间。

    For the viscidity coefficient of chemical sludge is bigger than that of the sludge from conventional primary settling tank , the gradient of pipeline and the loss of water head ought to be ample properly in the design of the sludge-pipeline and sludge-pump .