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cementing material
相关语句
  胶凝材料
    Chemical Resistance of the FKJ Cementing Material
    FKJ胶凝材料的耐化学介质特性
短句来源
    Application of new ecotype cementing material to production of steam curing tailing brick
    新型生态型胶凝材料在蒸养尾矿砖生产中的应用
短句来源
    A study on green cementing material of recycled concrete
    再生混凝土中绿色胶凝材料的研究
短句来源
    Discussion on curing system of gypsum based composite cementing material
    石膏基复合胶凝材料养护制度的探讨
短句来源
    After probe into mechanism of calcined plaster activating fly ash, the author thinks thatⅡtype of calcined plaster is the active CaO to fly ash glass network depolymerization effect in initial stage, later is sulphate activation effect of SO42- ion produced from slowly dissolving of CaSO4, druing high alkalinity, Al3+ presents crossed connection of and , therefore, accelerating C-S-H formation in cementing material, thus increase product strength.
    本文就煅烧石膏激发粉煤灰活性的机理探讨后认为 :Ⅱ型煅烧石膏初期为活性CaO对粉煤灰玻璃网络的解聚作用 ,后期为结构松驰的CaSO4 缓慢溶解产生的SO42 - 离子的硫酸盐激发作用 ,在碱度较高时 ,Al3 +呈[AlO4]形式与[SiO4]交叉连接 ,加速了胶凝材料中C -S -H形成 ,从而提高制品强度。
短句来源
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  胶结料
    CARBIDE SLAG-FLUIDIZED FURNACE SLAG CEMENTING MATERIAL AND CFA CONCRETE
    电石渣沸腾炉渣胶结料及其混凝土
短句来源
    The paper study the high strength and high performance concrete which has the properties of high mobility,high elastic modulus,low slump loss,shrinkage reducing and big ration of tension to compression etc while the unit cementing material use just is 540kg/m 3.
    本文从高性能混凝土用外加剂的研究出发 ,仅用 5 40kg/m3 的胶结料配制出大流动性、高弹性模量、低坍落度损失、低收缩及高拉压强度比的高强度高性能混凝土。
短句来源
    Experimental investigation of performances of composite cementing material for earth
    复合土壤胶结料的性能试验研究
短句来源
    Producing Study on Cementing Material with High Content of FA-GBS
    高掺量粉煤灰-矿渣超细粉建筑胶结料生产研究
短句来源
    Experimental Investigation of Performances, Mechanism and Appliction in Project of Composite Cementing Material for Earth
    复合土壤胶结料的性能试验、机理研究及工程应用
短句来源
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  胶结材料
    The influences of adding blast-furnace and silicon dust on strength of high-performance cementing material
    掺矿渣和硅灰等对高性能胶结材料强度的影响
短句来源
    In this thesis, cementing material which modified by polymer and silicon fume was studied by usual way, SEM and XRD.
    本文运用各类常规试验方法和扫描电子显微镜(SEM)、X射线衍射法对由硅灰和聚合物改性的高性能聚合物改性水泥基胶结材料进行了测试研究。
短句来源
    and to study the mechanics performance,working ability and durability of modified cementing material;
    对改性后的胶结材料力学性能、工作性能和耐久性能的研究;
短句来源
    On the condition of laboratory, experiment on cementing material of fiyash-lime-excitant and gangue-lime-gypsum are carried out.
    笔者在实验室的条件下,完成了粉煤灰—石灰—激活剂系胶结材料和煤矸石—石灰—石膏系胶结材料的试验;
短句来源
    Flyash can be made into cementing material by proper design of mixture ratio.
    经过合理的配合比设计,可配制成胶结材料;
短句来源
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  “cementing material”译为未确定词的双语例句
    A Study on Properties and Structure of the cementing Material from Gypsum and FIuidized Furnace Slag
    二水石膏沸渣胶结材的性能与结构研究
短句来源
    Study on Modification of Mixed Cementing Material with Gypsum by Means of Ordinary Portland Cement
    普通硅酸盐水泥对石膏基混合胶结材的改性研究
短句来源
    Study on Strength and Fracture of Fly Ash Concrete with Lower Water Cementing Material Ratio
    低水胶比粉煤灰混凝土强度与断裂性能
短句来源
    Through studying the effect of the factors, such as mineral active addition, water cementratio, sand percentage, usage of cementing material, coarse aggragate etc, on the workablity,mechanics property and durability Of concrete, high performnce concrete wich compressivestrength 90-100MPa, slump upwards 20cm, and no slump loss in 2 hours, can be made byusing 525 portland cement super-finded mineral active addition and ataptable water reduce agent.
    通过矿物掺合料、高性能减水剂、水胶比、砂率、胶凝材料用量和粗骨料等因素对混凝土工艺性能、力学性能及耐久性能影响的试验研究,采用525号硅酸水泥、超细矿物掺合料和与之相适应的高性能减水剂,可十分成功地制备出抗压强度90~100MPa、坍落度20cm以上且2h无坍落度损失的高强高性能混凝土。
短句来源
    Property of the Cementing Material and Its Influence on Mechanical Characteristics for Residual Soil from Granite
    花岗岩残积土的胶结特性及其对力学性能的影响
短句来源
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  cementing material
The results pointed out that there is a potential for the use of copper slag as a supplementary cementing material to concrete production.
      
This paper presents the results of a study on the use of copper slag as pozzolanic supplementary cementing material for use in concrete.
      
Copper slag waste as a supplementary cementing material to concrete
      
This paper presents the results of an investigation on the use of metakaolin (MK) as a supplementary cementing material to improve the performance of concrete.
      
Anchorage of roots and the exudation of cementing material stabilizes soil structure.
      
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In this paper, We give summation of the present experimental stage on the behavior of cementation type and the cementation technology, using massion pine and birch as basic materials for test sample and urea-formal-dehyde resin as cementing materials. We also put forward the reqnirements of additive to soli- difying agent, of water-resistant behavior of cementation and of moisture cont- ent of wood, as well as the data of the optimum compression range during soli- dification. All of these provide...

In this paper, We give summation of the present experimental stage on the behavior of cementation type and the cementation technology, using massion pine and birch as basic materials for test sample and urea-formal-dehyde resin as cementing materials. We also put forward the reqnirements of additive to soli- difying agent, of water-resistant behavior of cementation and of moisture cont- ent of wood, as well as the data of the optimum compression range during soli- dification. All of these provide necessary reference for designing and engineeri- ng of the plywood structure.

本文是以马尾松、桦木为试胚基本用材,以尿醛树脂为胶结料,对胶种的性能及胶合工艺进行试验的阶段性总结.文中提出的固化剂掺量、胶结的耐水性能、木材含水率的要求、固化时最佳加压范围等数据,可供设计、制造胶合木结构工程参考.

In the paper, test results of creep of fly ash concrete, in which flyash added is in the range of 0 to 45 percent are given. The content ofgel in concrete is calculated using degree of hydration, the total amountof cementing material, the content of fly ash and chemical compositionof cement and fly ash. Formula for the relationship between the contentof gel and the creep of concrete is derived. Through discussion on thecontent of gel and analysis for the test result, the general relationshipbetween the...

In the paper, test results of creep of fly ash concrete, in which flyash added is in the range of 0 to 45 percent are given. The content ofgel in concrete is calculated using degree of hydration, the total amountof cementing material, the content of fly ash and chemical compositionof cement and fly ash. Formula for the relationship between the contentof gel and the creep of concrete is derived. Through discussion on thecontent of gel and analysis for the test result, the general relationshipbetween the confent of fly ash and the creep of concrete is obtained, andall the results are explained.

本文给出了在(0—45%)范围内粉煤灰混凝土徐变的试验结果。结合水化程度,混凝土中的胶凝材料总量、粉煤灰掺量以及水泥和粉煤灰的化学组成,计算了混凝土中凝胶体含量。并推导了混凝土中凝胶体含量与混凝土徐变之间的关系表达式。通过对凝胶体含量的讨论以及对实验结果的分析,找出了粉煤灰掺量与混凝土徐变之间的关系,由此解释了以往国内外研究者对这个问题的两种截然不同的实验结果。

Experimental study on the geomechanical model materials is at present one of important studies at home and abroad. This paper recommends two kinds of model materials with machine oli used as a cementing material. These materials are obtained through repeated tests for almost two years with the aid of the other experiences. The mechanical properties of these materials are studied and compared to those of another kind of material cemented wlth paraffin oil. These results may be used as...

Experimental study on the geomechanical model materials is at present one of important studies at home and abroad. This paper recommends two kinds of model materials with machine oli used as a cementing material. These materials are obtained through repeated tests for almost two years with the aid of the other experiences. The mechanical properties of these materials are studied and compared to those of another kind of material cemented wlth paraffin oil. These results may be used as references for geomechanical model tests.

地质力学模型材料的试验研究,是当前国内外的重要课题之一。本文在总结国内外经验基础上,经过近两年的反复试验,提出了以机油为胶结料的两类模型材料,分析了各类材料的力学变形特性及其变化规律。同时,还与用液态石蜡为胶结料的模型材料进行了对比。这些成果,可供地质力学模型试验采用。

 
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