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1)  acyclic superplasticizer
脂肪族系高效减水剂
1.
The research and application of NF acyclic superplasticizer;
NF脂肪族系高效减水剂的研制及应用
2)  aliphatic hydroxy sulphonate condensate superplasticizer
脂肪族高效减水剂
1.
Study on synthetic technology of aliphatic hydroxy sulphonate condensate superplasticizer;
脂肪族高效减水剂合成工艺研究
3)  aliphatic water reducer
脂肪族减水剂
1.
It was forecast that study and application of aliphatic water reducers had abright prospect for deployment.
本文通过对脂肪族减水剂多方面性能试验数据分析,说明脂肪族羟基磺酸盐缩合物高效减水剂不仅减水增强效果显著,而且对混凝土流动性具有良好保持性,提出研究与应用脂肪族减水剂具有广阔的推广前景。
2.
Effects of content of reactants and species of sulfonating agents on dispersion of aliphatic water reducer were systematically studied and structure of self-made aliphatic water reducer was characterized by IR.
以甲醛(F)、丙酮(A)、磺化剂(S)为主要原料,合成了脂肪族减水剂,系统研究了反应原料用量与磺化剂种类对脂肪族减水剂分散性能的影响,并对自制的脂肪族减水剂结构进行了红外光谱表征。
4)  naphthalene-based superplasticizer
萘系高效减水剂
1.
Study on hydrolysis process of synthesizing technology of naphthalene-based superplasticizer;
萘系高效减水剂合成工艺中水解反应过程的研究
2.
Study of thermal compounding of naphthalene-based superplasticizer and aminosulfonate-based superplasticizer was carried out Testing results showed that compared with compounding at normal temperature, thermal compounding at 55 ℃ could enhance water reduction of the compounded superplasticizer and its compatibility with cement, lower elapsed slump loss of concrete.
进行了萘系高效减水剂和氨基磺酸盐高效减水剂的热复合研究。
3.
Owing to the situations of research and application of naphthalene-based, aminosulfonic - based superplasticizers and their compounding performance, firstly, the hydrolysis process of synthesizing technology of naphthalene-based superplasticizer was systematically investigated, which has hardly been studid from now on.
针对萘系高效减水剂、氨基磺酸盐系高效减水剂及其复合使用的研究应用现状及存在问题,本文首先研究了萘系高效减水剂合成工艺中研究得相对较少的水解反应过程。
5)  superplasticizer
高效减水剂
1.
Research and application of polycarboxylate type superplasticizers;
聚羧酸系高效减水剂的研究和应用
2.
Study of adsorbability of cement for superplasticizer with different clinker modulus and mineral composition;
熟料率值及矿物组成不同的水泥对高效减水剂吸附性能的研究
3.
Overview of research on modification of superplasticizer;
高效减水剂的改性研究综述
6)  super plasticizer
高效减水剂
1.
Study on a new polycarboxylate-tape of super plasticizer;
一种新型聚羧酸系高效减水剂的实验研究
2.
The development of super plasticizer with copolymerized carboxylic acid;
羧酸共聚型高效减水剂的研制
3.
This paper presents a study on the preparation of the high volume fly ash (HVFA) concrete, which super plasticizer with carboxylic acid was used m the HVFA and dosage of fly ash is respectively 40%, 60%, and 70%.
通过掺加高效减水剂技术实现较低的水胶比,配制粉煤灰掺量40%,60%,70%的大掺量粉煤灰混凝土,并测试了在不同的养护制度条件下大掺量粉煤灰混凝土抗压强度的发展,研究结果表明:通过协调水胶比、高效减水剂的掺量等参数,可以明显改善大掺量粉煤灰混凝土的早期抗压强度。
补充资料:高效减水剂
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性质: 一般可分为萘磺酸-甲醛缩合物(简称萘系减水剂)和磺化三聚氰胺甲醛缩合物。它们分别由工业萘、三聚氰胺,经一定的酸、碱性条件下缩聚而成。其性质属表面活性剂类;具有吸附、分散湿润、润滑等作用。使用于混凝土中能大量减少混凝土拌合用水,减水率均在15%以上,故统称高效减水剂。萘系减水剂为褐色粉状固体。三聚氰胺为无色油状液体。均能很好溶于水中,使用最普遍的是萘系减水剂。

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