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1·CSH gel with low water content forms in the pozzolanic reaction of fly ash.

粉煤灰的火山灰反应生成的也是含水率较低的CSH凝胶。

2·The impact on the pozzolanic effect by the fineness of superfine slag powder is changed with content.

掺量不同，火山灰效应受矿渣微粉细度的影响也不同。

3·Activate the potential activity is the main purpose of the study about the pozzolanic properties of fly ash.

粉煤灰火山灰性能的研究主要是研究如何激发其潜在活性。

4·The pozzolanic reactivity of FBC and PC ashes was investigated based on the kinetics of the pozzolanic reaction.

用化学反应动力学方法研究固硫灰渣的火山灰反应特性，并与粉煤灰进行对比。

5·The products and their formation laws of pozzolanic reaction is the focus of research in the field of lime-stabilized soil.

火山灰作用生成物的生成规律研究一直是该领域国内外众学者研究的焦点。

6·In this paper, excitation effects of alkali, gypsum, lime and temperature on the pozzolanic activity of fly ash were researched.

研究了碱、石膏、石灰和温度对粉煤灰火山灰活性的激发作用。

7·Whereas, those thermally activated coal gangue showed better pozzolanic reactivity, producing improved mortar strength properties.

煤矸石经热力活化后表现出较好的火山灰活性，水泥强度得到明显改善。

8·A regressive equation is then given to predict pozzolanic activity index in accordance with ash parameters and cement composition.

本文提出了按粉煤灰理化参数及水泥成分预测抗压强度比的方程。

9·In addition, highly pozzolanic ash can be produced by means of controlled combustion, when silica is kept in non-crystalline form and cellular structure.

此外，高火山灰性(凝硬性)灰可以通过控制燃烧来产生，此时，二氧化硅保持在非结晶形式和蜂窝状结构。

10·The steam curing condition has no effect on the variety of the hydration products but on their amount and improves pozzolanic activity of mineral admixtures.

蒸汽养护条件并没有对各种水化产物，但其量，并改善矿物掺合料的火山灰活性。

火山灰的

1·CSH gel with low water content forms in the pozzolanic reaction of fly ash.

粉煤灰的火山灰反应生成的也是含水率较低的CSH凝胶。

2·Whereas, those thermally activated coal gangue showed better pozzolanic reactivity, producing improved mortar strength properties.

煤矸石经热力活化后表现出较好的火山灰活性，水泥强度得到明显改善。

3·The pozzolanic reactivity of FBC and PC ashes was investigated based on the kinetics of the pozzolanic reaction.

用化学反应动力学方法研究固硫灰渣的火山灰反应特性，并与粉煤灰进行对比。

4·The enhancement effect and its sub-effect of superfine slag powder contribute most on slag cement's 28th strengths, in which the pozzolanic effect is the main factor and is amount to 80%.

矿渣微粉的增强效应及其子效应都对矿渣水泥28天强度贡献最大，并以火山灰效应为主，约占总效应的80%。

5·With the clay in Yancheng area, the author has carried out experimental researches on the pozzolanic reactivity of the low temperature burnt clay and its application as cement admixture.

作者用盐城地区的粘土，进行了低温煅烧粘土的火山灰活性和用作水泥混合材的试验研究。