粉末混合 的英文怎麼說

中文拼音 [fěnmòhúngě]
粉末混合 英文
powder blending
  • 粉 : Ⅰ名詞1 （粉末） powder 2 （用澱粉製成的粉條或粉絲） noodles or vermicelli made from bean potato o...
  • 末 : Ⅰ名詞1 （東西的梢;盡頭） tip; terminal; end 2 （非根本、非重要的事物） nonessentials; minor detai...
  • 混 : 混形容詞1. （渾濁） muddy; turbid2. （糊塗; 不明事理） foolish; stupid
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 粉末 : powder; flour; stive; smalls
  • 混合 : （攙雜在一起） mix; blend; mingle; admix; mixture; mix up; interfusion; commixture; blending; cre...
  1. The first utilizes a blend of finely ground ceramic powders.

    第一種用的是一種磨細的陶瓷粉末混合物。
  2. Standard specification for multilayer pipe type 2, compression fittings, and compression joints for hydronic heating systems

    水硬水泥混凝土和灰漿用乳狀和粉末聚合物改良劑的標準規范
  3. Sir walter raleigh, a great english explorer, regularly drank a mixture of wild strawberry leaves and always placed potpourris of roses and orris powder throughout the rooms of his home

    沃爾特?拉雷格爵士是一位偉大的探險家，他定期飲用一種由野草莓葉製成的混合物，並且總是把玫瑰和鳶尾草粉末混合在一起，撒滿他家的房間。
  4. The prime works are as follows : strain and stress distribution of section was analyzed. the effect of prestress degree. on cracking moment was explored. the relation of the unbonded prestress increment to effective reinforcement index and corresponding bonded prestress increment were studied. the formulae had been established

    其次，設計了三根活性粉末混凝土無粘結預應力疊合梁，兩點對稱集中加載、一次受力，得到了它們的截面應變分佈、撓度與變形、無粘結預應力鋼絞線的預應力增量、裂縫的發展與分佈以及極限荷載。
  5. Finally, the author briefly discusses the application of reactive powder concrete with steel slag in engineering and produce, and points out that it is also a new emerging family ultra - high cement - based material

    最後，作者探討了鋼渣活性粉末混凝土在工程和生產製品中的應用，指出鋼渣活性粉末混凝土是有非常廣闊應用前景的新型的超高強水泥其復合材料。
  6. The conclusions are as follows : ( 1 ) the compose of rpc has an effect on the bond behavior between cfrp bars and rpc : the bond strength between cfrp bars and rpc will increase with the decrease of water to cement ratio, but doesn ’ t obviously ; the adding of steel fiber can improve the bond behavior between cfrp bars and rpc significantly, but steel fiber will also effect the workability of rpc, consider the bond behavior and economy, the content of steel fiber should be 2 % ;. silica fume can improve the bond strength between cfrp bar and rpc, but the bond strength isn ’ t in proportion to the content of silica fume, in this experiment, the optimal content of silica fume is 0. 25 to 0. 35

    試驗研究得到如下結果: （ 1 ） rpc的材料組成對rpc與cfrp筋粘結強度的影響: cfrp筋與活性粉末混凝土的粘結強度隨著水膠比的降低而提高，但是提高的幅度並不明顯;鋼纖維的摻入，可以顯著提高cfrp筋與rpc的粘結強度，但是鋼纖維的增強效果與摻量並不是線性增加的關系，從綜合經濟性及粘結強度兩方面考慮，鋼纖維的最佳摻量為2 % ;摻入硅灰有利於改善粘結性能，但其摻量有一最佳范圍，在本次試驗中，硅灰的最佳摻量為0 . 25 0 . 35 。
  7. Such parameters as in - service function, construction technique, construction speed, earthquake resistance behaviour and fire resistance behaviour were analyzed, the results showed that rpc filled in steel tube columns had advantages over other columns in the respects. from the economical analysis of different columns supporting similar loading, it can be seen that the material price of rpc filled in steel tube columns was the lowest. considering outstanding durability of rpc material, the macro - price of rpc filled in steel tube columns should be the lowest and the economical benefit should be the best

    通過對鋼管活性粉末混凝土柱的建築使用功能、施工工藝、施工速度、抗震性能、耐火性能等眾多指標的分析以及在構件承受相同荷載條件下鋼管活性粉末混凝土和不同強度的鋼管混凝土、鋼筋混凝土、鋼柱的材料造價的比較，可以看出，鋼管活性粉末混凝土的局部造價是最低的，結合rpc材料優異的耐久性能，可以認為該組合結構的材料造價是最低的，具有極好的經濟效益。
  8. En 26184 - 3 explosion protection systems. part 3 : determination of explosion indices of fuel air mixtures other than dust air and gas air mixtures

    防爆裝置.第3部分:除空氣粉末混合物和空氣煤氣混合物以外的可燃混合氣體在空氣中的燃燒指數的測定
  9. Reactive powder concrete ( rpc ) is a new kind of compound concrete that has ultra - high strength, high ductility. besides having characteristic of concrete filled steel tubular, rpc filled steel tubular structure can decrease cross section owing to the ultra - high strength of rpc, and economize on concrete and small dead load. the structures have broad prospects in high commercial and civil building, many - storied factories, high - span bridges and urban traffic

    活性粉末混凝土（ rpc ）是一種新的超高性能、高韌性的水泥基復合材料，將其灌入鋼管形成鋼管活性粉末混凝土，這種結構除了具備鋼管混凝土的一般特性外，因其超高強度使構件截面尺寸大大減小，還可進一步節約混凝土並減輕結構自重，必將在高層建築、公共建築、多層廠房、橋梁、交通等領域有著廣泛的應用前景。
  10. Reactive powder concrete ( rpc ) is a ultra - high performance concrete with excellent durability and mechanical performance which is invented by pierre richard in 1990s. and it is assumed that the combination use of cfrp bars and rpc can greatly improve the serviceability of structure

    而活性粉末混凝土（簡稱rpc ）是上個世紀90年代初法國學者pierre等人研究成功的一種超高性能混凝土，它具有非常好的力學性能和耐久性能，這兩種材料的結合使用，將有望大大提高結構的耐久性。
  11. A 21 meter span unbonded prestressed composite beam fabricated from reactive powder concrete ( rfc ) was designed. then the performance and economy of this kind of beams were compared with conventional prestressed beams and steel - concrete composited beams. the results indicated that rfc beams have superior performance

    最後，對大跨度（ 21m ）梁，通過三種設計方案結構性能和經濟性等方面的對比，對採用活性粉末混凝土疊合梁的優越性進行了綜合評價。
  12. Experimental research on proportioning of carbon fiber reactive powder concrete

    短切碳纖維活性粉末混凝土最佳配合比試驗研究
  13. Bitumen and bituminous binders - determination of breaking behaviour - part 2 : determination of fines mixing time of cationic bitumen emulsions

    瀝青和瀝青粘合劑.斷裂特性的測定.第2部分:陽離子乳化瀝青精細粉末混合時間的測定
  14. In this paper, aluminum foams with 40 % - 80 % porosity. 2 - 5mm pore diameter, and 0. 4 - 0. 6 restive density, were produced by the p / m method, i. e. by mixing 6061 powders and blowing agents and pressing them to densification, then foaming

    本論文闡述了粉體發泡法制備泡沫鋁的工藝，即把少量的發泡劑（ tih _ 2粉末）和6061鋁合金粉末混合均勻，然後壓製成試樣，再進一步熱壓，最後在金屬基體熔點附近發泡。
  15. 1 while use surface activator and disperse pigment, system can grow to be thixotrpic structure during stir. operate according to following steps : add the paint material and solvent then mix - add the organic bentonite powder, stir with 10 minutes - add the polar active agent, stir 5 - 10 minutes - add surface active agent - add the pigment, stir and disperse to the needed granularity - dilute to the needed viscosity

    當使用表面活化劑以及分散顏料和攪拌下可發展觸變體系時，操作如下：溶劑和展色劑混合加入有機膨潤土粉末混合10分鐘加入極性活化劑攪拌5 - 10分鐘加入顏料攪拌分散至所需細度稀釋至所需粘度。
  16. Lubricated metal - powder mixes - determination of lubricant content - modified soxhlet extraction method iso 13944 : 1996 ; german version en iso 13944 : 2006

    含潤滑劑的金屬粉末混合物.潤滑劑含量測定.改進的索格
  17. In this essay, based on the above mentioned study on binderless molding and self - sintering of green cokes, c - sic - b4c carbon / ceramics composites are successfully manufactured as follows : the nanjing green petroleum cokes with 12 % content of volatiles as carbon precusor, added by different contents of sic, b4c ceramic powders, are mixed and ball - milled together ; obtained carbon / ceramics composite powders are then molded and sintered at temperature as high as 1600

    本文在此研究基礎上成功制備出了c - sic - b _ 4c碳陶復合材料：以含揮發份12的南京生焦作為碳源，外加不同含量的sic 、 b _ 4c陶瓷粉末，混合球磨獲得碳陶復合細粉末，模壓成型，然後經1600燒結得到不同陶瓷含量的c - sic - b _ 4c復合材料。
  18. Secondly, preparation of reactive powder concrete with air quench steel slag and its performance are mainly studied through experiment. the results show that : ( 1 ) when binder - to - sand ratio is 1, silica fume percentage of binder is 15, and steel fiber percentage in volume is 4, reactive powder concrete prepared can get best overall performances

    其次，作者主要對鋼渣活性粉末混凝土配製及其性能進行了試驗研究，結果表明： （ 1 ）膠砂比為1 : 1 ，硅灰摻量為15 ，鋼纖維摻量為4時所配製的活性粉末混凝土的綜合性能比較理想。
  19. Based on the basic principles of densified systems containing homogeneously arranged ultra - fine particles ( dsp ) and reactive powder concrete ( rpc ) adopted by foreign researchers specialized in building materials, silica rume, ultra - fine fly ash, quartz powder, 52. 5 - class portland cement and superplasticizer were selected and mixed, the theoretic of mixed steel fiber reinforced cement - based composite materials and of micro - aggregate filling voids were applied, the composition was adjusted, the mixture ratio of rpc was optimized, a suitable curing schedule was adopted, in the result, an ultra - high performance concrete designated rpc was successfully prepared by normal technology methods

    本文基於超細粒聚密材料（ dsp ）和活性粉末混凝土（ rpc ）配製的基本原理，選用硅灰、粉煤灰、石英粉和硅酸鹽水泥，輔以高效減水劑，採用多重復合的技術路線，運用混雜鋼纖維增強理論和微集料填充密實原理，調整材料組成，優化混凝土配合比，結合適宜的養護制度，在現有技術條件下，成功制備出了rpc200材料。
  20. The mechanical properties on one - directional loading of two kinds of mixture ratio rpc materials with or without steel fiber and of hollow steel tubes were studied. three kinds of loading format were analogized and the working mechanism of rpc filled in steel tube short columns

    應用優化配比后的活性粉末混凝土，試驗研究了摻與不摻鋼纖維兩種配合比rpc材料單軸抗壓性能並與普通高強混凝土相比較，試驗還研究了空鋼管的力學性能。
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