1) S/A
净浆骨比
1.
In this paper, the possibility and the reliability of high strength concrete proportioned on the basis of six ingredients of local materials, and W/B, S/A and Sa are discussed to find out their laws which affect the strength on high strength concrete, we propose the idea of S/A which influences on the concrete.
研究采用六组分技术路线和当地材料配制高强混凝土的可能性及其可靠性 ,并就水胶比 (W /B)、净浆骨比 (S/A)、砂率 (Sa)等因素对强度的影响规律作了探
2) paste-aggregate ratio
浆骨比
1.
Discussion of mix proportion design method based on the optimum paste-aggregate ratio;
基于最佳浆骨比的混凝土配合比设计方法研究
3) water-cement ratio of cement paste
净浆水灰比
4) aggregate enveloped with neat cement paste
净浆包裹骨料
1.
Faced with the fact that lower concrete strength of pile restrains the bear load power of single pile in many concrete grouting pile projects at present, this paper presents a method of constructing high strength concrete grouting pile (HSCP) by using the strengthening agent and technology of aggregate enveloped with neat cement paste (AEP), analyses strengthening mechanism.
针对目前许多砼灌注桩工程中由于桩身固结体强度普遍较低而制约了其单桩承载力的缺点，介绍了利用增强剂和净浆包裹骨料工艺施工高强砼灌注桩的方法，分析了其增强机理。
5) technology of aggregate enveloped with cement paste(AEP technology)
净浆包裹骨料工艺
6) paste
[英][peɪst] [美][pest]
净浆
1.
The sulphate and chloride ions corrosion tests were used for C40 grade concrete,the SEM and DSC tests were used for paste hydration products,and that how add composite nano-materials into cement was discussed.
研究了加入不同比例复合纳米材料和掺30%～40%四掺复合掺合料的胶砂和C40级混凝土的性能,对复配的C40级混凝土试块进行了氯离子和硫酸盐侵蚀试验、对复配净浆试块进行了扫描电镜(SEM)和差示扫描量热(DSC)测试,并讨论了复合纳米材料在混凝土中的不同加入方式。
2.
The sulphate and chloride i-ons corrosion tests were used for C40 grade concrete,the SEM and DSC tests were used for paste hydration products,and the problem about how to add composite nano-materials into cement was discussed.
研究了加入不同比例复合纳米材料和掺30~40%四掺复合掺合料的胶砂和C40级混凝土的性能,对复配的C40级混凝土试块进行了氯离子和硫酸盐侵蚀试验、对复配净浆试块进行了扫描电镜(SEM)和差示扫描量热(DSC)测试,并讨论了复合纳米材料在混凝土中的不同加入方式。
3.
The research investigates the workability and strength of paste and mortar,which were mixed with magnetic water.
本文主要研究了磁化水对水泥砂浆和净浆性能的影响。
补充资料：净浆硬化体
分子式：
CAS号：
性质：又称净浆硬化体。水泥与水作用后形成的坚硬石状体。包括各种水化产物和残存的熟料矿物以及凝聚于孔中的水等。具有一定的机械强度与孔隙率，外形及许多性能与天然石材相似，因而统称为水泥石。强度和耐久性是评价水泥石性能的重要指标。通常将28天以前的强度称为早期强度，28天及其以后的强度称为后期强度。耐久性则主要通过抗渗性、抗冻性以及对环境介质的抗蚀性三个方面来衡量。
CAS号：
性质：又称净浆硬化体。水泥与水作用后形成的坚硬石状体。包括各种水化产物和残存的熟料矿物以及凝聚于孔中的水等。具有一定的机械强度与孔隙率，外形及许多性能与天然石材相似，因而统称为水泥石。强度和耐久性是评价水泥石性能的重要指标。通常将28天以前的强度称为早期强度，28天及其以后的强度称为后期强度。耐久性则主要通过抗渗性、抗冻性以及对环境介质的抗蚀性三个方面来衡量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条