混凝拌合機 的英文怎麼說

中文拼音 [húnníngbàn]
混凝拌合機 英文
concrete mixing
  • : 混形容詞1. (渾濁) muddy; turbid2. (糊塗; 不明事理) foolish; stupid
  • : 動詞1. (凝結) congeal; curdle; coagulate 2. (注意力集中) fix
  • : 動詞(攙和) stir and mix
  • : 合量詞(容量單位) ge, a unit of dry measure for grain (=1 decilitre)
  • : machineengine
  1. Asphaltic concrete mixer

    瀝青
  2. The application of microcomputer control system in cement concrete mixing machine

    水泥監控系統的應用
  3. Concrete mixing plant

  4. 2 processing technology : solvent organic bentonite mix and stir for 10 minutes, make it wet enough, then add the polar activator stir 5 minutes and make it wet enough

    2預膠的配製工藝:溶劑有10分鐘,充分潤濕,然後加入極性活化劑攪5分鐘,充分膨脹。
  5. Jzc series concrete mixer is designed and manufactured in line with gb t9142 - 2000 concrete mixer with reasonable structure, as well as high productivity, good stirring quality, beautiful appearance, light and easy to be moved, therefore it is one advanced machine

    Jzc系列攪是按gb t9142 - 2000土攪設計製造,結構理。並具有生產效率高,攪質量好,造型美觀重量輕移動方便等特點,是一種較先進的型。
  6. To best achieve the working performance of the said concrete, with the help of theology theory in the research, we have analyzed the principle of free - vibration densifying and shaping of mixed concrete, that is, with the perquisite of fluidity, the concrete should have good property of filling - up - space, penetration through voids of fixed steel reinforcement, adherence and prevention from losing water and segregation, and the conflict between anti - segregation and deforming capability should be sorted out

    為得到自密實高性能土的最佳工作性能,在研究中藉助流變學理論,分析研究了物免振搗成型和密實的理,在大流動性的前提下,要求土具有良好的填充性、鋼筋間隙通過性和粘聚性,防止泌水、離析,解決變形能力與抗離析性能力的矛盾。
  7. Lwac is becoming one of the important trends in the development of modern concrete. to solve the problems such as poor workability, large shrinkage value and crack easily of lwac, on the basis of systematic experiments, the author establishes lwac workability evaluation system and advances the testing method of pumping performance of lwac ; the control technology of discrete of lwac is introduced through analyzing structure formation process and establishing the mathematic model ; based on studying the strength source of lwac and the function mechanism of artificial additive, this paper not only confirms some major factors which affect concrete strength but explores the preparation technology route of high strength lwac ; the different effects of several fibers in lwac have been studied, and the fiber is introduced in pumping lwac to improve its crack - proof performance

    本文針對輕集料土工作性能差、收縮變形大、易於開裂等問題,根據大量實驗建立了高強輕集料土工作性能的評價體系,提出了高強輕集料土可泵性的測試方法;通過分析輕集料土的結構形成過程,建立了輕集料和物物料運動的數學模型,提出了防止輕集料土分層離析的技術措施;通過對輕集料土強度來源和礦物摻料的作用理的深入研究,確定了影響輕集料土強度因素的主次關系,提出了配製高強輕集料土的技術路線;研究了纖維在輕集料土中的增強增韌、減少收縮的作用理。
  8. In this paper, applying the theory and method of system engineering and administer accountant, combining the huatan project, the optimization among the construction scheme matching machine and expenses were studied thoroughly. through the simulation and optimization in construction process, mixing and transport subsystems of huatan dam, and analyzing the influence factors of damming capability, establishing the correspond systems analysis software of dlp model

    本文應用系統工程、管理會計的理論和方法,並結花灘碾壓土大壩工程實踐,系統而深入地研究了築壩的施工方案、械配套和費用優化,對花灘碾壓土壩施工過程、和運輸子系統的模擬和優化,分析了碾壓土澆築能力的影響因素,建立了dlp模型相應的系統分析軟體。
  9. In the paper based on the study of mechanical property, durability, microstructure, engineering applying and theory of designation of hplc, the relation among the composition, structure and performance of iiplc, which is an essential theoretical base of hplc, is discovered. the main research work and compliments of this paper are : the concept on hplc is newly described from the aspect of development strategy, economic, demanding of technology of material. based on the analysis of the destroy theory and the research of property of the composition and structure of hplc, the ideology of designation of hplc, and the theory of interface strengthening and strength suiting are built ; the new method of designation of hplc which is based on the condition that the mixture has a high stability is invented ; a math modal is built to direct the designation of hplc

    本文進行的主要工作和取得的重要成果有:從材料發展戰略、經濟性和技術要求角度,把高性能輕集料土的設計水平分為三個層次進行評價,在此基礎之上提出了高性能輕集料土的設計理念,用以指導設計、制備該類材料;在設計理念的指導下,結對輕集料土破壞理的分析,提出了界面增強理論、強度匹配理論兩個主要的高性能輕集料土設計理論;創立了基於和物穩定性控制的高性能輕集料土設計新方法;建立了指導高性能輕集料土設計的數學模型。
  10. Although, there is no rigorous distinguish in the process of coagulation, the experiments proved the following things : the mixture and coagulation of inorganic flocculant nearly finish at the same time, need the weaker stir intensity ; this definition and its physical model are meaningful to the further study

    雖然實際過程沒有嚴格區分,但試驗證明了無劑的聚幾乎是在同一階段完成,並且要求較弱的攪強度。
  11. 1 resin with bad wetness systems such as epoxy resin, polyester, alkyd, acrylic resin, use compound with the surface active agent, and the thixotropic grind materials can be acceptable. operate as following process : add paint material all kind of resin and the solvent - add the organic bentonite pre - gel, stir enough - add the pigment, stir and disperse enough - dilute

    1潤濕性比較差的環氧,聚酯,短油酸樹脂,丙烯酸樹脂等與表面活化劑用,且觸變性研磨料科被接受的情況下,按照以下步驟操作:加油漆和溶劑加入有膠充分攪分散加入顏料充分攪分散稀釋。
  12. The cement - soil mixing pile with concrete core is a new soil improvement method, it means that, a concrete core is plugged into cement - soil mixing pile. concrete core pile and the cement - soil mixing pile undertake together vertical load. it appropriately combines the advantages of the precast concrete pile with the cement - soil mixing pile

    水泥土組樁是在水泥土攪樁成樁之後,水泥土初之前,用壓樁械將預制土芯樁壓入水泥土體內,待水泥土固后,芯樁與水泥土共同工作,承受上部荷載的一種新樁型。
  13. Through manipulating the air content of mixture to control concrete frost resistance is the universal method in projects, but the study on the effect of concrete pore structure change after air entraining to the concrete frost resistance and impermeability is few, the study on the effect of mineral additive to concrete pore structure and durability is even fewer, so carry on this aspect research has significant meaning

    通過控制物的含氣量來控制土的抗凍融性,是目前工程中普遍採用的方法,但引氣后土的孔結構變化及其對抗凍、抗滲等耐久性的影響研究較少,而無鹽類外加劑對土孔結構及其耐久性影響的研究更少,因此開展這方面的研究具有重要意義。
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