1)mortar[英]['m?:t?(r)][美]['m?rt?]砂浆
1.Effect of high fly ash on strength of mortar;大掺量粉煤灰对砂浆强度的影响
2.Testing Study on Capability of Plaster Mortar Improved by Mixing Polypropylene-fiber;聚丙烯纤维改善建筑抹灰砂浆性能的试验研究
3.Study on the anti-seepage characteristic of polypropylene fiber mortar;聚丙烯纤维砂浆防渗性能研究
英文短句/例句
1.rathole gravel slurry井底口袋内的砾石砂浆
2.multiple squeeze slurry pack technique多次挤压砂浆充填技术
3.batch-type slurry packing unit分批混合砂浆充填泵车
4.kaline resistant cement mortar flooring耐碱水泥砂浆楼地面
5.Study on Improving Heat Preservation Performance of the EPS Exterior Thermal Insulation Mortar and Crack-control Property of Crack-control Mortar;改善EPS砂浆保温性和防裂砂浆抗裂性的研究
6.Difference of Dry-mixed Mortar from Traditional Mortar and Its Developing Potential干混砂浆和传统砂浆的区别及发展前景
7.Experimental research of compounding the cement mortar with high effective mortar plasticizer高效砂浆增塑剂配制水泥砂浆试验研究
8.Study on dry-mixed superfine sand mortar for bonding ceramic tile干混特细砂陶瓷墙地砖粘结砂浆研究
9.The Study of Polymerize Fiber Mechanism Mortar and Fine Sand Cracking Resistance Plastering Dry-mixed Mortar;聚合物纤维改性水泥砂浆及干拌特细砂抗裂抹灰砂浆研究
10.Application and Research on Dry-mixed Grouting Mortar Containing Lithium Slag Powder锂渣粉在干混灌浆砂浆中的应用研究
11.Experimental study on intensity curve of superfine sand masonry mortar by penetration method特细砂砌筑砂浆贯入法测强曲线试验研究
12.Application technology research of tailing sand in ordinary dry-mixed mortar尾矿砂在普通干混砂浆中的应用技术研究
13.Experimental Study on Estimating 28d Compressive Strength of Super-fine Sand Masonry Mortar by 7d Compressive Strength特细砂砌筑砂浆7d推定28d抗压强度试验研究
14.Cause and control of the crack and sugaring of the cement mortar screed-coat水泥砂浆找平层裂缝和起砂的成因及控制
15.Experimental Research on the Effect of Replacement of Sand with Steel Slag on the Drying Shrinkage and Anti-freezing-thawing Performances of Mortar钢渣代砂对砂浆的干缩和抗冻性影响试验研究
16.Effect of Steel Slag Sand on Fluidity and Volume Expansibility of Mortar钢渣砂对砂浆流动性能和膨胀性能的影响
17.Influence of Steel Slag as Sand Replacement Materials on the Strength and Workability of Mortar钢渣代砂对砂浆的强度和工作性能的影响
18.Ductile iron pipes--Centrifugal cement mortar lining--Composition controls of freshly applied mortarGB/T17458-1998球墨铸铁管水泥砂浆离心法衬层新拌砂浆的成份检验
相关短句/例句
cement mortar砂浆
1.Influence of bagasse magnesium lignosulfonate with relative different molecular weight on performance of cement mortar;不同相对分子质量的蔗渣木质素磺酸镁对水泥砂浆性能的影响
2.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净浆与砂浆性能及砂浆结构的影响。
3.Effects of FDN and Calcium lignosulfonate(LS) on the properties of high-volume fly ash cement mortar were studied.研究了萘系高效减水剂(FDN)和木质素磺酸钙(LS)对高掺量粉煤灰砂浆性能的影响,测定了减水剂在胶凝颗粒表面的吸附、对水泥颗粒表面zeta电位等方面的影响。
3)slurry[英]['sl?ri][美]['sl??]砂浆
1.Analysis of applying effects man-made sand in slurry and concrete;人工砂在砂浆和混凝土中的应用效果分析
2.In this article, the characteristics, application, construction proportion and physical and mechanical properties of the polymer slurry used in abroad were introduced, which can be referenced by engineers.本文介绍国外聚合物砂浆的性质和应用、施工配比及物理机械性能 ,供设计人员参
3.the primary factors influencing wafer warp(such as saw wire tension,times of slurry using and saw rate)were analyzed,the regular of warp distribution and the reasons of engendering warp were introduced.通过对切割线张力、砂浆使用次数、切割速度等影响翘曲度的主要因素进行实验分析,阐述了产生的原因,并得出了翘曲度的分布规律。
4)sand grout砂浆
1.Influence of mineral compositions of the cement and the admixtures on the brittleness of sand grout;水泥矿物成分和掺合料对砂浆脆性的影响
2.The influence of limestone powder on the microstructure of cement paste and sand grout was investigated by environmental scanning electron microscopy (ESEM) and mercury intrusion porosimetry (MIP) respectively.用环境扫描电镜和压汞测孔法观察了石灰石粉对水泥浆体和砂浆显微结构的影响。
3.Contraposing the sand grout-limestone抯 cylinder specimen taking from a gravity dam engineering,the uniaxial compression test of limestone and the straight shear test of two phase stuff gumming face of sandgrout-limestone are made by RMT-150 multifunctional rigidity servo testing machine.针对某重力坝工程提供的砂浆与灰岩材料的圆柱体试件,采用RMT-150多功能刚性伺服试验机,分别进行了灰岩的单轴压缩试验与砂浆-灰岩双相材料的胶结面直剪试验,通过试验可获得灰岩的弹性模量、泊松比和双相材料胶结面的抗剪强度与强度参数。
5)Sand pulp砂浆
1.Study on fly ash as substitute material of concrete and sand pulp;混凝土及砂浆合理掺用粉煤灰研究
6)ceramsite mortar陶砂砂浆
1.Calculation analysis on energy saving performance of ceramsite concrete hollow block and ceramsite mortar对陶粒混凝土空心砌块及陶砂砂浆节能性能的计算分析
延伸阅读
砂浆砂浆mortar shajiang砂浆(mortar)由胶凝材料、细骨料(又称细集料)、水(有的不用水)等按适当比例配制而成的建筑材料。常以薄层使用，起粘结、传递应力、衬垫以及表面装饰和防护作用。主要用于砌筑砖、石、砌块和表面拌灰等。也可用于制作薄壁制品。 砂浆按胶凝材料不同，主要可分为:水泥砂浆，一般适于砌筑处于潮湿环境或水中的砌体，环境湿度较大的墙面及地下建筑拌灰，以及用于制作钢丝网水泥制品等。石灰砂浆，一般适于砌筑强度要求不高、处于干燥环境的砌体、墙面或顶棚抹灰。混合砂浆，掺有适量混合材料的水泥和石灰砂浆，可塑性好，还节省水泥或石灰用量，但抗冻性、耐水性有所下降。沥青砂浆，由沥青材料与石粉、细骨料加热拌匀、经铺筑、碾压或捣实而成。用于铺筑路面、防水层、伸缩缝以及耐蚀地面等。树脂砂浆，由合成树脂加入固化剂、粉料和细骨料等调制而成。常用作防腐蚀、抗冲磨护面以及修补缝穴等。聚合物水泥砂浆，以聚合物(或单体)和水泥共同作为胶凝材料的一种砂浆。主要用作铺面、防水层、粘结剂以及防腐衬里等。砂浆按用途不同，还可分为砌筑砂浆、抹面砂浆等。目前广泛使用的是水泥砂浆、石灰砂浆和混合砂浆，也即一般所指的砂浆。 砂浆的工作性，又称砂浆和易性，指新拌砂浆在运输和施工过程中不易分层、泌水，在砖、石或砌块上易铺成均匀的薄层、并能很好粘结的性能。工作性的好坏取决于砂浆的流动性和泌水性。流动性，指新拌砂浆在自重或外力作用下是否易于流动的性能。它以300克重的标准圆锥体，在10秒钟内沉入新拌砂浆深度的厘米数(称为稠度或沉入度)来评定。稠度值愈大，流动性愈好。在胶凝材料与细骨料用量一定时，稠度主要取决于用水量。泌水性(保水性的反义词)，指新拌砂浆在运输和使用过程中泌出部分拌合水的性能。它以新拌砂浆静置一定时间内的泌水率(%)来评定。泌水率大的砂浆，在运输和使用过程中容易泌水、离析，使砂浆变得干稠，施工困难，砌体强度降低。泌水率与胶凝材料的品种和用量，细骨料的粒形、粒度和级配等有关。砂浆的强度，以边长7.07厘米的立方体试块、在规定条件下养护28天后进行抗压试验来评定。根据抗压强度的等级划分为若干砂浆标号。水工建筑常用标号有:25、50、]00、150及200号等。砂浆强度，当砂浆铺设于不吸水的底面(如密实的石材)时，取决于所用胶凝材料的强度与胶水比(砂浆中胶凝材料与拌合水的重量比);当铺设于吸水的底面(如砖或其它多孔材料)时，则取决于胶凝材料的强度与用量。因砂浆组成一与混凝上的差别仅在于无粗骨料，有‘关混凝土工作性、强度、耐久性等性能的变化规律，也基本适用于砂浆。砂浆中掺用粉煤灰，不仅可节约胶凝材料与砂子用量.而且还可改善砂浆的工作性 (林毓梅)
