cement paste中文,cement paste的意思,cement paste翻译及用法

2025-10-08 07:00 浏览次数 15

cement paste

英[siˈment peist]美[sɪˈmɛnt pest]

[建] 水泥浆

cement paste 片语

片语

Stiffening of cement paste水泥浆的变硬

Cement t Paste水泥浆

hydrated cement paste已水化的水泥浆

cement hardened paste水泥硬化浆体

standard cement paste[建]

Cement Asphalt Paste沥青胶浆

cement-paste gravel pile水泥压浆碎石桩

proportioning on a cement-paste basis按厌浆法配合

cement grout水泥浆

cement paste 例句

英汉例句

  • in the constructing of duct grouting for post-tensioning bonded prestressed concrete, the suitable cement paste is the most essential and important factor to guarantee grouting quality.

    在后张有粘结预应力砼孔道灌浆的施工中,良好性能的水泥浆体是保证灌浆质量的最基本、最重要的因素。

  • the addition of the treated chromic refuse with proper amount of sodium sulfate into cement paste has shown an important role in q…

    处理后铬渣加入适量硫酸钠,渗入水泥砂浆中可以起到早强减水作用。

  • the corrosion essence of the concrete is that corrosive materials attack its hardened cement paste and thus destroy the concrete as a whole.

    混凝土的侵蚀实质是水泥石的侵蚀,而造成混凝土宏观破坏。

  • a new method of volumetric deformation measurement is proposed, which can measure the shrinkage of cement paste from initial setting.

    提出了密封试样细管排液的体积变形测定方法,该方法可测定水泥石自初凝起的收缩。

  • the effect of fcls and lemon acid on the rheologic behavior at normal temperature, setting time and the strength at 95℃ of 75℃ oil well cement paste is investigated.

    本文研究了铁铬木质素磺酸盐和柠檬酸对75℃油井水泥浆体常温下的流变性能及95℃下的凝结时间和强度的影响。

  • fly ash can meliorate iiobviously the transient zone of interface of the cement paste and aggregate.

    粉煤灰对混凝土界面区这个薄弱环节有明显的改善作用。

  • the effects of sae on the strength of cement paste and cement mortar was studied.

    通过试验考察了共聚物对水泥及水泥砂浆强度的影响。

  • bymeasuring the temperature of the cement paste with the water-reducing agent, we discover that the water-reducing agent can retard the cement hydration.

    通过减水剂对不同水泥的适应性研究,发现酯化改性的减水剂对常用的水泥具有较好的适应性。

  • the water absorption and desorption properties of two shale ceramisites in water and cement paste were investigated.

    研究了两种吸水率不同的陶粒在水中和水泥浆中的吸水返水特性。

  • the effect of the content of silica fume on the structure and property of the cement mortar and property of the cement paste were investigated.

    探讨不同掺量的硅灰对水泥凈浆与砂浆性能及砂浆结构的影响。

  • through altering technics of producing fine cement paste and adding additives, a stable grout with better flowability, high diffusivity and permeability can be obtained.

    介绍了细水泥浆液及其结石的物理力学特性(粘度、稳定性、凝结时间、抗压和抗渗强度等)的改性研究成果。

  • the instantaneous young「s modulus and poisson」s ratio of the cement paste are calculated.

    计算了水泥浆体各瞬时的有效性能,包括杨氏模量和泊松比。

  • stemming from the washing sieve, a test method of cement paste agglomeration (cpa) was proposed.

    由水筛法得到启示,提出了一套水泥凈浆结粒的检测方法。

  • structure of superplasticizer was characterized by ir and effects of the product on fluidity of cement paste and water reduction for concrete were investigated.

    利用ir表征了其结构,并考察了产品对水泥凈浆流动度和混凝土减水率的影响。

  • the comparative study of undercalcined magnesia and ettringite as expansive agents to compensate shrinkage of cement paste has been mainly made in the present work.

    同时,主要研究了轻烧氧化镁膨胀剂与钙矾石型膨胀剂对水泥石收缩的补偿效果的区别。

  • mechano electric effect of cement paste under low load to breakage was investigated in this paper.

    研究了水泥凈浆从小载荷直至破坏时的力电效应。

  • the lower the loss on ignition, alkali content and so3 content of fly ash are, the better the crack resistance of the blended cement paste is.

    从胶凝材料浆体抗裂性的试验结果来看,粉煤灰烧失量、堿含量、so3含量越低,掺粉煤灰水泥浆体的抗裂性越好。

  • using sem and eds, the characteristics of morphology within the interfacial zone between fly ash and cement paste added with fly ash was studied.

    用sem和eds研究了粉煤灰掺入水泥后与水泥浆体间所形成界面的形貌特征。

  • under the conditions of higher water-cement radio, a certain consistency fdn high-range water reducer and hermetic surrounding, the cement paste did not set in a long time.

    研究结果表明,拉索内灌浆离析,使浆体中的水分、fdn高效减水剂等富集于拉索上段;在较大水灰比,一定浓度fdn高效减水剂及密闭条件下,水泥浆体会长时间不凝结。

  • the results show that the degree of hydration of fly ash-cement paste is higher and the porosity is lower than pure portland cement paste in late ages.

    结果表明,与纯硅酸盐水泥相比,粉煤灰水泥水化后期的水化程度较高,浆体总孔隙率较低。

  • aminobenzenesulfonic acid super-plasticizer is selected though cement paste test, which be provided with high water-reducing property, low slump loss and good compatibility with cement.

    通过水泥凈浆试验比较选择了减水率高、坍落度损失小、与水泥适应性好的氨基苯磺酸盐高效减水剂;

  • the mechanism of thermal expansion of hydraulic cement paste is also re searched with dsc/tg and xrd methods.

    借助于dsc/tg和xrd测试手段,对水泥石的热膨胀性能变化规律进行了机理分析。

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