補強層 的英文怎麼說

中文拼音 [bǔqiángcéng]
補強層 英文
streng thening layer
  • 補 : Ⅰ動詞1 （修理; 修補） repair; mend; patch 2 （補充; 補足;填補） fill up; add supplement; supply; ...
  • 強 : 強形容詞（強硬不屈;固執） stubborn; unyielding
  • 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...
  • 補強 : reinforce
  1. Organic aloe, organic oils of mission olive, rice bran, hazelnut, borage, evening primrose, black currant, organic herbs of gotu kola, comfrey, black elderberry, ginseng, marshmallow, licorice, violet, yarrow, caraway, amla berry for natural vitamin c, organic essential oils of orange, ylang - ylang, vanilla and neroli

    這輕柔而滲透力強的補濕霜，對受損或發炎的暗瘡皮膚，特別有效。其珍貴的成份如洋甘菊金盞花紫草和鵝腸草等草本精華，更可以深層保濕。
  2. A review of the development of organic semiconductor composite photo - conductive materials and devices was followed by a proposal of the researching theme in this thesis. the effects of fabrication arts such as solvents, gradient, interfacial layer and configurations on the photoconductive properties of the single - layer chlorodiane blue azo / tiopc composite photoreceptors were systematically studied in chapter ii. the results showed that the solvent played a decisive role in the multiphase and multicomponent system composed of two photogeneration species ( chlorodiane blue azo and tiopc ), a transporting material ( hydrozone ) and polymer binder ; 1, 4 - dioxane, as an amphiphilic solvent can effectively disperse and stabilize such multiphase and multicomponent systems, the derived photoreceptors presented improved photoconductive properties superior to those of dual - layer counterparts and demonstrated the evident synergetic enhancement and complementary effects ( eg

    結果表明：在由兩種光生材料氯丹藍偶氮和酞菁氧鈦、傳輸材料萘苯腙以及聚合物介質組成的多相多組分復合體系中，分散溶劑是至關重要的因素，二氧六環作為典型的雙親性溶劑，有效地分散和穩定了該多相多組分復合體系，得到的復合單層光導體的光敏性在整體上優于雙層光導體，復合材料在可見光和近紅外光區分別表現出的偶氮和酞菁氧鈦的光敏性（如azo / tiopc = 8 / 2 ， cgm / ctm / pc = 1 / 120 / 120時，具有明顯的互補效應；在近紅外光區明顯高於酞菁氧鈦與偶氮光敏性的線性加和，表現出協同增強正效應。
  3. After the 4ear resistant alloy with high melting point is sprayed on the prototype, the spray formed layer is backupped, the prototype is separated from the spray layer, the post processing is completed, and a high precision perdurable metal tool is finally produced

    在該原型表面熔射高熔點耐磨合金后，通過對熔射層背襯補強、並將原型與熔射層分離以及后處理，即可制得高精度耐久金屬模具。
  4. The characteristic of chemical grouting material should combind with construstion method directed by the theories, it is necessity guarantee for the good result in some special cases. by cw series material, various complicated engineerings have been successfully handled, such as the treatment of concrete fine cracks in three gorges project ( tgp ), foundation reinforcement to the fault in in three gorges project ( tgp ), and the seepage control and reinforcement for the dam base of jiangya hydropower - station. these illustrations are provided to proof the advantages of modified epoxy resin and its technique

    化灌材料特性與理論指導下的灌漿工藝的全面結合是化灌處理，特別是特殊條件下灌漿效果的必要保證， cw系改性環氧化灌漿材及技術對多種復雜工況工程處理對象成功處理，解決了三峽混凝土微細滲水裂縫防滲補強、三峽工程地質斷層泥化夾層加固以及江埡電站壩基溶蝕帶防滲等一系列工程技術難題，印證了該材料及技術的先進性。
  5. Participated in the structure reinforcement design of zhejiang wencen commodity and trade center and the renovation project of suzhou research institute of building science, which was renovated from former 2 and 3 floors to present 4 floors

    參加過浙江省溫岑市物貿中心的結構加固方案工作，以及蘇州市建築科學研究所原有二層、三層舊大樓改造成四層新大樓的補強、加固設計工作。
  6. This research put forward three repairing and curing projects : one is to use the steel fiber reinforced concrete to repair the road ; other is to use dula fiber concrete to repair the layer ; another is to use polymer cement mortar to repair the curing layer

    本研究提出了三種維修養護方案，其一為鋼纖維混凝土修補層，其二為杜拉纖維混凝土修補層，此兩種都為補強性修補層；第三種為聚合物水泥砂漿維修養護層。
  7. The antiablation of silicone rubber liner can be improved both by changing the structure of unvulcanized rubber and adding antiablative fillers, and the bond strength between propellant charge and the liner would be increased largely by coating the primer liquid on the charge surface

    硅橡膠包覆層中填料的粒徑對硅橡膠的補強效果十分重要；可從改變生膠結構、添加耐燒蝕填料兩方面來改善硅橡膠包覆層的耐燒蝕性；在推進劑藥柱表面上塗覆底塗液可以大幅提高硅橡膠包覆層與推進劑的粘接強度。
  8. Higher mold temperatures will achieve a smoother, more blemish - free surface by providing a resin rich skin on reinforced materials

    較高的模溫會達到較光滑的，更無瑕疵的表面因為補強材料的成型零件會有豐富的表層。
  9. 2. a relevant formula of eight - node adhesive finite element is deduced in the paper, which is based on a separately interpolation scheme for reissner - mindlin plate element. a load capability analysis method for patched composite laminated structure is established by using tsai - hill failure criterion and thai ' s reduced stiffness scheme, and corresponding computer code is also developed

    在任意四邊形四節點復合材料層合板殼單元的基礎上，推導了相應的八節點膠單元，並採用蔡-希爾強度理論以及蔡氏剛度退化準則，對復合材料層合板膠接補強結構進行剛度分析和極限承載能力分析，編制了相應的有限元分析程序。
  10. In the design of reinforced intensity, the data of deflection is one of the most important data in the construction design of the road surface

    在補強設計中，新、舊路面彎沉值是補強層結構設計的重要指標之一。
  11. It was also shown that the research work should focus on nano - composite fillers and blending technology of silicone with other polymers to improve the reinforcement of silicon rubber liner

    建議今後對採用納米填料改善硅橡膠包覆層補強效果及其與其它高分子材料共混等方面進行深入研究。
  12. Experimentalresults showed that the thickness of the frp interface stress has importantimplications in the use of intensity required to achieve such a way as to not morethan three layers, because in temperature 40 degrees, the stress arising from theinterface sheared intensity has reached half

    實驗結果表明， frp片材的厚度對界面的應力有著重要的影響，在補強強度達到使用要求的情況下，盡量不要超過3層，因為在溫差40時，三層碳纖維補強所產生的界面應力已達到界面剪切強度的一半。
  13. From some numerical examples, the effects of patched areas upon the structure stiffness and the load capacity of composite laminates with a cutout are discussed. the method and conclusions would be useful for composite structures designers

    通過算例，對不同的補強面積對結構撓度的影響，以及對復合材料層合板開孔處補強的結構的破壞載荷進行了分析和討論，得到了一些有益的結果。
  14. In order to restore the strength and the surface performance of the pavement, the author introduces the overlay asphalt pavement

    為解決路面結構補強或表面功能不足等問題，採用加鋪瀝青層的技術措施。
  15. The tear strength of nanocomposites was improved obviously. when the content of layered silicated is 3 parts, the tear strength of nanocomposites was improved 26. 3 % over carbon black reinforced rubber

    納米復合材料的撕裂強度明顯提高，當層狀硅酸鹽用量為3份時，撕裂強度比炭黑補強膠料提高了26 . 3 。
  16. When the content of layered silicates was 20 parts, the flame retardancy of nbr / layered silicates nanocomposites was 1. 21 times of carbon black reinforced rubber which had the same content of carbon black

    當層狀硅酸鹽用量為20份時， nbr /層狀硅酸鹽納米復合材料的阻燃性能是同量炭黑補強膠料的1 . 21倍。
  17. The mechanical property of rubber / layered silicates nanocomposites was improved obviously, and at the same content of fillers, the mechanical property of nanocomposites was higher than that of carbon black reinforced rubber

    橡膠/層狀硅酸鹽納米復合材料的力學性能得到了明顯的提高，在相同填充劑用量下，納米復合材料力學性能明顯高於炭黑補強膠料的力學性能。
  18. The results of comparison showed that when the content of fillers was from 3 to 10 parts, the mechanical property of nbr / layered silicates nanocomposites is higher than that of carbon black reinforced rubber. the tensile strength of nanocomposites was 1. 84 times of carbon black reinforced rubber, and the tear strength was 1. 49 times

    研究結果表明：當層狀硅酸鹽的用量在3 - 10份范圍內時， nbr /層狀硅酸鹽納米復合材料的力學性能遠遠高於同量炭黑補強膠料的力學性能，拉伸強度最高是炭黑補強膠料的1 . 84倍，撕裂強度最高是炭黑補強膠料的1 . 49倍。
  19. In order to carries on the theoretical calculation to theinterface temperature stress, therefore established the frp sheet reinforcedconcrete beam interface temperature stress quantitative evaluation formula. inorder to confirm the theory the rationality, this paper designed cfrp, gfrp, thekevlar textile fiber has been certain difference in temperature and in the differentlayer interface temperature stress, moreover also has studied in the same layerand temperature difference of the interface temperature stress

    為了對界面溫度應力進行理論計算，所以建立了frp片材補強混凝土梁界面溫度應力定量計算公式，為了驗證理論的合理性，本文設計了cfrp 、 gfrp 、 kevlar纖維在溫差一定和不同層數情況下界面溫度應力，另外還研究了層數溫差不等的情況下界面溫度應力。
  20. This paper which is based on these facts that in qinhuangdao the surface layer of cement concrete pavements have been loosed and destroyed because of snowfall and splashing salt in winter analyzed the causes deeply. the causes include physics factors, chemistry factors and construction factors that are caused by defects of our conventional construction

    本文根據秦皇島市水泥混凝土路面由於冬季降雪、噴灑除冰鹽而引起的表層鬆散破壞的現狀，從物理、化學及傳統的施工工藝不足等因素，進行了理論分析，以此來確定水泥混凝土路面表層鬆散是否需要補強或功能性養護。
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