1) fluidity
流动度
1.
Prediction of RPC fluidity using back-propagation network based on genetic algorithm;
遗传神经网络对RPC流动度预估的研究
2.
A study on the activity and fluidity of GGBS;
矿渣粉的活性和流动度研究
3.
Composition effects on strength and fluidity of Reactive Powder Concrete(RPC);
配合比因素对活性粉末混凝土强度及流动度的影响
2) Flowability
流动度
1.
Influences of slag powder,fly ash and superplasticizer on cement paste flowability;
矿渣微粉-粉煤灰-高效减水剂与水泥净浆的流动度
2.
With the increase in the content of round and curved sand in the substituted ISO standard sand, the water demand decreases and thus the flowability and workability im-proves, while the strength tends to drop down.
随着代用ISO标准砂中圆球状曲面体含量的增多,胶砂用水量减小,流动度增大,和易性变好,但强度却呈下降趋势。
3.
The dispersion effects of hyperdispersants on carbon black were studied withflowability,viscosity and area of thixotropic hysteresis loop as quantitative parameters.
以流动度、粘度、触变环面积为定量指标，研究了超分散剂对炭黑的分散性。
3) degree of fluidity
流动度
1.
Study on effect of water-cement ratio and slag addition on cement motar strength and degree of fluidity;
水胶比、矿渣掺量对水泥砂浆强度及流动度影响的研究
2.
The results indicated that in the three water-reducing agents, the hydrate system which contained KH-JS had the biggest degree of fluidity, but its early degree of fluidity was small,next was the FDN,and its .
结果表明,掺KH-JS减水剂石膏水化体系的流动度最大,但初始流动度较小;掺FDN的流动度次之,初始流动度最大;掺MG的流动度最小。
4) flow degree
流动度
1.
In addition,the influence of replacement of fly ash in the doublemixture cement mortar on the strength,flow degree and dry shri.
研究了水胶比、粉煤灰掺量、硅灰掺量、粉煤灰与硅灰双掺对水泥净浆性能的影响,结果表明粉煤灰、硅灰双掺可克服单掺粉煤灰早期强度低的缺点,又可保证后期强度增长较快;还分析研究了双掺水泥胶砂中粉煤灰掺量对强度、流动度、干缩等性能的影响,当硅灰掺量5%,粉煤灰掺量为30%～40%时,其抗压、抗折、干缩性能均优于流动性接近的基准胶砂。
5) Mobility ratio
流动度比
6) high fluidty concrete
大流动度
1.
By using normal technology and raw material in guangzhou and Shanghai,high strength and high fluidty concrete with slump 20±2cm,was made,the slump of the concrete is abave 17cm after two hours.
本文采用常规工艺 ,采用上海、广州两地的原材料制备出 90MPa～ 10 0MPa ,初始坍落度为 ( 2 0± 2 )cm ,2小时坍落度为 17cm以上的大流动度高强混凝土。
参考词条
补充资料：流动度
流动度
fluidity
}iudongdu流动度(nuidity)测定耐火拌合料流动性的一种技术指标.流动度试验可鉴别浇注料的流动性和稳定性，一定程度上反映浇注料的作业性。浇注料视施工方法不同而应具备相应的流动性。但是有相同流动度的浇注料的施工性能仍可以有显著不同。耐火泥浆视施工方法、气候条件、粘结材料等不同，也应具有相应的流动度。 测定流动度的主要设备，是一个直径为760mm的跳桌。试验时将一只高z27mm，上口直径171mm，下口直径254~的截头回锥简里于跳桌的中心，拌和的浇注料分两层捣实置于筒内，然后脱去锥筒，以每秒一次的速度跳动巧次，使浇注料在桌面上扩展，量取扩展后的直径D(mm)。按下式计算流动度F、: ，D一254‘____。， F:二二二二岁止X 100% 254 跳动也促使浇注料离析.如果浇注料粘聚性不好，较大的骨料颗粒会被分离，移向靠近跳桌的边缘;很稀的浇注料、泥浆或结合剂可能从中心淌开而留下骨料。 中国耐火泥浆流动度测定通常借鉴《水泥胶砂流动度测定方法》(GB2419一81)，原理和操作与上述方法相似，但跳桌较小。跳动完毕后，用卡尺测量泥浆底部扩展直径，取相垂直的两直径的平均值为该水量时的泥浆流动度，用mm表示。 (李兆辉)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。