防渗材料的英文

• impervious material

• "防"英文翻译    provide against; defend agai ...
• "渗"英文翻译    ooze; seep
• "材料"英文翻译    material
• "防渗" 英文翻译 :    anti-seepage; impermeable; seepage control; seepage-proofing; waterproofing
• "防渗板" 英文翻译 :    barrier sheet
• "防渗槽" 英文翻译 :    muck trench
• "防渗层" 英文翻译 :    anti-seep diaphragm; impermeable layer; impervious barrier; impervious layer; membrane
• "防渗的" 英文翻译 :    anti-seep; watertight
• "防渗剂" 英文翻译 :    permeability-reducing admixture; permeability-reducing agent
• "防渗漏" 英文翻译 :    anti seep
• "防渗膜" 英文翻译 :    impermeable membrane
• "防渗墙" 英文翻译 :    impermeable wall; impervious wall; water-tight barrier
• "防渗纸" 英文翻译 :    barrier paper
• "防渗心墙, 防渗核壁" 英文翻译 :    watertight diaphragm
• "包壳防渗法" 英文翻译 :    shell-perm process
• "薄膜防渗" 英文翻译 :    membrane seepage prevention
• "堤防渗漏" 英文翻译 :    embankment leak
• "堤基防渗槽" 英文翻译 :    toe trench of levee
• "防渗矮墙" 英文翻译 :    stub cut-off; stub cutoff wall
• "防渗薄膜" 英文翻译 :    barrier film; impervious membrane
• "防渗齿墙" 英文翻译 :    impervious cut-off
• "防渗地基" 英文翻译 :    impermeable base; impermeable foundation
• "防渗隔离槽" 英文翻译 :    cutoff trench
• "防渗工程" 英文翻译 :    seepage prevention works
• "防渗工艺" 英文翻译 :    barrier technology

• The study of the new seepage control material
  一种新型防渗材料的研究
• It ' s also a better kind of permeation proof materials
  宽级配砾质土是一种良好的防渗材料。
• The gravelly soil is a better kind of damming material . it ' s usually used as impervious core and also as dam shell
  砾质上是一种良好的筑坝材料，既能作防渗材料，又能填筑坝壳。
• Based on the analysis and calculation results , it is proven that geomembrane is an ideally impervious material . it has good performances in such aspects as impermeability , elasto - plastic deformation adaptability , resistance ability against erosion
  各种分析论证及其计算结果均证明土工膜是一种理想的防渗材料，具有很好的不透水性，很好的弹塑性变形能力，有一定的抗拉能力，能够承受施工应力和工作应力。
• The superfine cement is a new kind of inorganic material for grouting . because the grain size is very fine , they can go into the thin cracks , making the fissured foundation form a mass without cracks to prevent seepage . the method is efficient in seepage preventing and worth extending
  超细水泥是新一代的无机灌浆材料，颗粒细小，可以灌入普通水泥难以灌入的极细微的裂隙，很好地解决坝基的防渗问题，是一种行之有效和值得推广的坝基防渗材料。
• Abstract : the superfine cement is a new kind of inorganic material for grouting . because the grain size is very fine , they can go into the thin cracks , making the fissured foundation form a mass without cracks to prevent seepage . the method is efficient in seepage preventing and worth extending
  文摘:超细水泥是新一代的无机灌浆材料，颗粒细小，可以灌入普通水泥难以灌入的极细微的裂隙，很好地解决坝基的防渗问题，是一种行之有效和值得推广的坝基防渗材料。
• As a new type of impervious wall material , the geomembrane is to be used in the central core earth and rockfill dams . in this thesis , the engineering characteristics of geomembrane are mainly investigated . the reliability of impermeability , the durability , the deformation adaptability and the proper application range of geomembrane are discussed
  本文重点研究了土工膜作为一种新型防渗材料应用于土石坝防渗心墙的工程特性，探讨其在土石坝挡水运行期间防渗的可靠性、耐久性、变形能力及其适用范围。
• The special structure of zippered plastic pipe zippered seep holes made a greater seepage quantity on the condition of bare pipe ( no anti - blocking material adopted at the mouth of seep holes ) . so several kinds of anti - seepage material were adopted in the experiment of this part in order to find the proper anti - seepage material ( nonwoven fabrics glued by neoprene ) and working head ( 3m ' s working herd on initial irrigation )
  由于拉链式塑料管的独特构造(拉链式渗水孔口) ，裸管(渗水孔口不采用任何防堵材料)情况下渗流量很大，所以本部分试验采用了几种防渗材料试验，最后通过比较分析，找到了合适的防渗材料(氯汀胶粘无纺布)和工作水头(初始灌水时3m工作水头) 。
• ( 4 ) on the basis of analysed result and the status quo of huxi bank , computing the slope safety and seepage of bank by fem . the result shows that the tarus quo of huxi bank could not satisfy theslope safety on designed flood lever . after the reinforcement of seepage , the method can not only reduced leakage , debace the soggy but also ameliorate stress fields . lt also can reduce horizontal displacement and certical displacemeng which have disadvantages to bank
  进行堤体防渗加固后，不但可以减少渗漏，降低堤身浸润线，还可以有限度地提高抗滑稳定安全系数，改善堤身及地基的应力场，使在高水位作用下产生的不利于堤体安全的水平位移和竖向位移减小。对在后继采动中可能造成的防渗材料的破坏进行了校核，结果表明材料是安全的。