摻料 的英文怎麼說

中文拼音 [chānliào]
摻料 英文
doctor
  • : 摻動詞[書面語] (持; 握) hold
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  1. Admixtures should be avoided, particularly those that are added on site.

    應當盡量避免使用,特別是避免使用須在施工現場加的合劑。
  2. Wherever possible, admixtures should be avoided, particularly those that are added on site.

    在可能的情況下,應當盡量避免使用,特別是避免使用須在施工現場加的合劑。
  3. Long term immersing marshall test and frozen - thaw cycle test were used to investigate the anti - stripping performance of andesite asphalt mixture using cement and anti - stripping agent

    摘要採取長時間浸水馬歇爾試驗和多循環凍融劈裂試驗方法,對加了水泥、抗剝落劑的安山巖集瀝青混凝土水穩定性能進行研究。
  4. The results of research on the workability of hbc concrete show that hbc concrete, when compared with opc concrete, has excellent compatibility with superplasticizer, in terms of better initial fluidity, less slump loss, definite saturation point and less dosage at saturation point. in addition, good mineral admixture such as i class fly ash can obviously improve the workability of hbc concrete. moreover, hbc concrete exhibits more excellent workability under the condition of low w / c ratio, which indicates hbc is more suitable for making super high strength concrete whose w / c ratio is very low

    對高貝利特水泥高性能混凝土工作性能的研究結果表明,高貝利特水泥與高效減水劑具有良好的適應性,表現為初始流動度較大,經時損失較小,具有明顯的飽和點且飽和點量較小;此外,優質的礦物如一級粉煤灰能明顯改善hbc混凝土的工作性能;更為突出的是hbc混凝土在低水膠比的情況下表現出更為優異的工作性,這一特性預示著高貝利特水泥更適宜配製水膠比很低的超高強混凝土。
  5. A novel materials design procedure based on the co - doping of metal nanoparticle and azo dye compound ( mnpadc ) is developed to improve the properties of functional molecules

    為改善功能分子的特性,提出一種基於金屬納米粒子偶氮染復合物共雜超分子結構功能材的設計新方法。
  6. However, it is not easy to incorporate large n concentration in gap due to the large differences in lattice structure ( gan belongs to wurtzite structure while gap zinc blende structure ) and in lattice constant ( ~ 20 % ) between gan and gap, which will lead to an extremely large miscibility gap

    然而要在gap中實現高濃度的氮並不容易。這主要是由於gap和gan之間較大的物理特性的差異,特別是晶格結構和晶格常數的差異,使得gap和gan存在較大的可混溶性間隙,從而難以生長高質量的高氮的gap材
  7. Each chemic and physical characteristics of phosphate glass is discribed, the compounding and fabrication of er / yb co - doped phosphate gain material are argued

    對磷酸鹽玻璃的各種成份進行了測試,然後通過熔制得到鉺鐿共磷酸鹽增益玻璃材
  8. This study is mainly to verify the strategy of restraining the neutralization by adding appropriate pozzolanic admixtures to concrete

    本研究以加適量卜作嵐摻料的高性能混凝土,驗證抑制中性化之策略。
  9. Studying the permeability of deep mixed cement - treated sand through tests, this paper probed into the permeability character and the influence of additives on the permeability character of cement - treated sand. the reinforced mechanism of cement - treated sand was investigated

    通過對經深層攪拌形成的水泥粗砂土的滲透試驗的研究和對室內外試驗結果的分析,探討了水泥砂性土的滲透性及外摻料對滲透特性的影響和水泥砂性土的加固機理,為深層攪拌法改變砂土滲透性提供依據。
  10. This paper deals with high fluid concrete in which high strength ceramsite made from shale was used as coarse aggregate. effects of cement content, water - cement ratio, sand percentage, mineral admixture, grading and pretreatment of lightweight aggregate on compressive strength and workability of high fluid structural lightweight aggregate concrete have been studied. the rules of water absorption of high strength lightweight aggregate under different pressure and effects on uniformity of high fluid structural lightweight aggregate concrete have been studied too

    本文採用高強頁巖陶粒,加高效減水劑配製大流動性結構輕集混凝土,討論了水泥用量、水灰比、砂率、礦物摻料及輕集的級配和預濕方式對大流動性結構輕集混凝土強度和工作性的影響;系統研究了高強陶粒在常壓和壓力下的吸水規律;研究了影響大流動性結構輕集混凝土勻質性的因素,提出了解決大流動性結構輕集混凝土分層離析的具體措施。
  11. Followed this purpose, the paper used the orthogonal design method, combined the materials and the mathematical statistics knowledge, analyzed the range of intensity and anti - frozen as well as action mechanism contrastively under the single factor function and the multi - factors correlation. proposed that when we mixed two or more extra materials into concrete, we cann ’ t purely increase the quantity of the one to enhance some concrete ’ s performances, which guided by the single factor function. on the contrary, we determined the quantity of this kind of extra material must by the conclusion of specific experiment under the multi - factors correlation

    圍繞這個目的,論文採用正交設計方法,結合材學和數理統計學知識,對單因素作用下和多因素交互作用下混凝土強度及抗凍性的變化幅度及作用機理進行了對比分析,提出在混凝土中入兩種或兩種以上外摻料時,不能單純以單因素作用下的實驗結果作為指導,用提高某一種外摻料量來改變混凝土的某項性能時,必須以具體試驗得出的結論來判定該種外摻料的用量。
  12. Effect of fine particles on rheological properties of high - performance concrete

    礦物細摻料對高性能混凝土流變性能的影響
  13. The study tries to divide enhancement effect into chemical effect and physical effect and recurs to inertial material to replace superfine slag powder

    本研究藉助磨細惰性摻料等量替代礦渣微粉試圖將礦渣微粉的增強效應分解為化學效應和物理效應。
  14. The concrete ’ s anti - frozen can reflect concrete ’ s synthesis durability in the certain degree. this paper changed the former research mentality which enhanced concrete anti - frozen to use an extra material, aimed at the inner mongolian characteristic, utilized compound cement substituted ordinary portland cement, mixed the dula - fiber, the grade 2 inner mongolian pulverized coal ash, the extra material that was highly effective reduces the quantity of water outside the concrete to improve the concrete ’ s main performance, especially the concrete ’ s anti - frozen

    混凝土抗凍性在一定程度上能夠反映混凝土的綜合耐久性能,本論文改變以往提高混凝土抗凍性只採用一種外摻料的單一研究思路,針對內蒙古地區特點,運用復合水泥取代普通硅酸鹽水泥,在混凝土中入杜拉纖維、內蒙2級粉煤灰、荼系高效減水劑三種外摻料,來提高混凝土的主要性能,尤其是混凝土的抗凍性。
  15. Furthermore, the super - compound effects on fine mineral mixture in hpc were discussed detailedly

    此外,本文詳細地探討了多組分礦物細摻料在hpc中的超疊加效應。
  16. The results show that low ratio of water and binding materials together with fine mineral additive of different particle size distribution is an effective way to improve the properties of concrete

    研究結果表明,採用低水膠比、復合入不同粒級的礦物細摻料,有利於改善和進一步提高混凝土的各種性能。
  17. By using of xrd, mercuiy intrusion porosimetiy, sorption isotherms, micro - hardness and so on, effects of ratio of water and binding materials and of type and content of fine mineral additives on composition, pore structure and interface structure have been studied in this paper

    本文通過x衍射法、壓汞法、氮吸附法以及顯微硬度法等測試分析手段,研究了水膠比、礦物細摻料對超高強高性能混凝土的組成、孔結構、界面過渡區結構的影響。
  18. Abstract : by adding into concrete batch with greater proportion of active fine additive and pumping agent, reacted to the compound impact of the two substances, concrete workability, durability and strength could be improved. in addition, pumping - suitability of low strength concrete may be improved as well

    文摘:將大量活性細摻料和泵送劑加入混凝土拌合物中,兩者的復合作用下,可使混凝土的工作性、耐久性,強度得到改善,並提高低強混凝土的可泵性。
  19. Effect of construction refuse as mineral admixture on physical and mechanical performance of cement

    建築垃圾作礦物摻料對水泥物理力學性能的影響
  20. The basic route of preparing super high strength & high performance concrete is portland cement added with fine mineral additive and super plasticizer. therefore, composition and structure of super high strength & high performance concrete are different from ordinary concrete

    超高強高性能混凝土配製的基本路線是「硅酸鹽水泥+礦物細摻料+高效減水劑」 ,其組成與結構將不同於普通混凝土。
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