防蝕護層 的英文怎麼說

中文拼音 [fángshíhùcéng]
防蝕護層 英文
anti-corrosion protection coat
  • 防 : Ⅰ動詞（防鷥） provide against; defend against; guard against Ⅱ名詞1 （防守; 防禦） defence 2 （堤...
  • 蝕 : Ⅰ動詞1. （損失; 虧耗） lose 2. （腐蝕） erode; corrode Ⅱ名詞（天體現象） eclipse
  • 護 : 動詞1. （保護; 保衛） protect; guard; shield 2. （袒護;包庇） be partial to; shield from censure
  • 層 : i 量詞1 （用於重疊、積累的東西 如樓層、階層、地層） storey; tier; stratum 2 （用於可以分項分步的...
  1. Based on detecting old fuel gas pipe material, corrosion condition, soil corrodibility and corrosion mechanism, this dissertation posed coating protection method that polythene gummed tape preservation layer can be used to the old pipes and polythene interlayer preservation layer can be used to new pipes

    本論文在細致考察了舊燃氣管道材質、腐蝕狀況、土壤腐蝕性和腐蝕機理的基礎上，提出對于舊管道採用膠帶防腐層，新管道宜採用聚乙烯「夾克」防腐層的塗層防護措施。
  2. To avoid the corrosion, antiseptic coating and electrochemistry method are usually used

    為了防止管道腐蝕，普遍採用防腐塗層和電化學方法進行保護。
  3. At the base of getting a great deal of structure corrode damage data and through statistic fitting method, discovered the rule between outboard wing corroded depth and lifespan at different airport. then we can calculate the inoxidizing coating lifespan, basal body corroding expansion lifespan and first repair time

    在獲得使用中結構腐蝕損傷的大量數據的基礎上，通過統計擬合的方法，取得不同機場飛機外翼長桁腐蝕深度與日歷壽命的統計規律的基礎上，進而可以求得防護層的有效壽命、基體腐蝕擴展壽命。
  4. And then electroplate nickel - sealing with solid particulate, which is to make micro - crack chromium when electroplating chromium again, this can avoid unsmoothness, and slower corrosion speed, as a result, improve defence performanc e

    再鍍一層含有固體微粒的鎳封，令到再鍍鉻時形成微孔鉻，從而防止產生大而深的直貫基體金屬的少量腐蝕溝紋和凹坑，向橫向發展，減緩了穿透基體的腐蝕速度，進一步提高了防護性能。
  5. Paints and varnishes - corrosion protection of steel structures by protective paint systems - execution and supervision of paintwork

    塗料和清漆.防護塗層系統對鋼結構的腐蝕防護.塗漆工藝的實施和管理
  6. Corrosion protection of metals - non - electrolytically applied zinc flake coatings on iron or steel components

    金屬的腐蝕防護.鐵或鋼部件上非電解鍍鋅的薄塗層
  7. This article introduces key process of head forming, quality control of the cladding, zirconium surface protection and quality inspection to guarantee the corrossion resistance of the zirconium and mechanic performance of head

    介紹了鋯鋼復合板質量控制、封頭壓制工藝、鋯材表面防護、質量檢驗等幾個關鍵工序要求，既保證了鋯復層的耐腐蝕性又使封頭具有一定的綜合力學性能。
  8. Corrosion protection of metals - electrodeposited coatings of cadmium on iron or steel

    金屬腐蝕防護.鋼鐵的鎘電解鍍層
  9. Protection against corrosion of iron and steel in structures - zinc and aluminum coatings - guidelines

    鋼鐵結構耐腐蝕防護鋅和鋁覆蓋層指南
  10. Corrosion protection of metals - electrodeposited coatings of cadmium iron or steel ; german version en 12330 : 2000

    金屬腐蝕防護.鋼鐵上的鎘電鍍層
  11. Corrosion protection of metals - electrodeposited coatings - method of specifying general requirements

    金屬腐蝕防護.電鍍塗層.一般要求的規定方法
  12. Corrosion protection of metals - electrodeposited coatings of zinc with supplementary treatment on iron or steel

    金屬腐蝕防護.鐵和鋼的電解鋅鍍層加補充處理
  13. An inorganic zinc coat that protects steel galvanically, eliminating sub - film corrosion. have outstanding application properties. can be applied at recommended thickness in one coat

    無機富鋅底漆，對鋼材具有陰極保護作用，防止腐蝕。在推薦膜厚下可單層使用。
  14. By analyzing the features of the concrete structures of metro station distinguished from the features of other structures, the author puts forward countermeasures against underground water corrosion, including increasing the consistency of concrete, increasing the thickness of protection layer, adding external coating or waterproofing membrane, adding inner coating on the inner surface, strengthening the protection of reinforcement, strengthening the protection measures of construction, etc

    摘要分析地鐵車站混凝土結構與其他結構的不同特點，初步提出地鐵車站混凝土結構下水腐蝕防治設計、施工的措施，主要有：增加混凝土密實性、增加混凝土保護層厚度、增加結構外表面塗層或外包防水層、增加結構內表面塗層、加強鋼筋保護、強化施工保障措施等。
  15. In addition, exterior walls plastered with cement in the 1970s and tiles in the 1980s are susceptible to erosion by polluted rainwater ; a layer of protective paint must be added to prevent serious cracks from forming in the cement and tiles from falling. building design must move with the times and improve upon past standards

    此外，七十年代的清水三合土外墻設計及八十年代的紙皮石外墻設計，不能應付空氣污染的雨水浸蝕，必須添加油漆保護層，以防止石屎爆裂及紙皮石剝落等嚴重問題，樓宇設計是因時制宜，以免重蹈覆轍。
  16. Our experiments emphasized the correlation between micro structures and some properties of the coatings and tried to obtain the protective coatings with the comprehensively good properties, in which auger electron spectroscopy ( aes ), scanning electron microscope ( sem ), and x - ray diffraction ( xrd ) were employed to investigate the composition, microstructure and crystal phase of the coatings respectively, and the properties test was primarily considered with the wear resistance and corrosion resistance of the coatings

    本論文主要採用pvd技術中的磁控濺射鍍膜（ ms或rms ）及部分用等離子噴塗（ ps ）和熱氧化（ to ）表面處理技術研究了鈾的具有代表性的三種防腐保護鍍層，即單質al 、氧化物al _ 2o _ 3和合金al - zn鍍層。實驗力圖在制備技術、工藝參數及鍍層的微結構和性能之間找到一些內在的聯系，探索綜合性能較好的防腐蝕鍍層。
  17. Electroplating on magnesium alloy can get a quite bright alloy - layer which has better antiseptic ability and conductive performance, the alloy - layer raises hardness, anti - corrosion and wearability of the surface of the magnesium alloy. the electroplating coating as the preconditioning can carry on regular shelter and decorating, so electroplating is a good method to obtain highly anti - corrosion metallic coating

    鎂合金表面電鍍是在液相中沉積出具有相當防腐能力和導電性能的光亮鍍層，這層均勻的鍍層提高了鎂合金表面的硬度、耐蝕和耐磨性，作為鎂合金件的預處理防護層，就可以進行常規的防護和裝飾，因此，電鍍是獲得耐蝕金屬塗層的好方法。
  18. All buried lines are coated with a protective covering to save them from corrosion.

    所有埋設的管道必須塗上保護層，以防生銹腐蝕。
  19. The properties, application situation and prospects of magnesium and its alloys were summarized, as well its corrosion problems and resolving measures including developing high purity alloys or new alloys, rapid solidification processing, surface modification and applying protective films or coatings

    摘要對鎂及鎂合金的性能、應用現狀和前景及其腐蝕問題和防護方法進行了綜述，如：高純合金或新合金、快速凝固處理、表面改性以及施加防護層等技術。
  20. In this study, the performance of organic coatings as well as the sacrificial anode for corrosion protection to lead tube are evaluated by the electrochemical impedance spectroscopy technique in an accelerated laboratory test

    本研究乃針對犧牲陽極的陰極保護及有機塗層等防蝕措施，在模擬加速腐蝕環境中，應用電化學交流阻抗及測試技術，評估其用於鉛管的可行性及耐蝕性改善效益。
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