砌筑水泥

工业性实验生产出65%增钙灰掺量的275砌筑水泥。

A 275 masonry cement containing about 60 % of adding-calcium fly ash was produced in industrial experiment .

本研究介绍了对该飞灰的活性进行激发，并利用其生产砌筑水泥的试验研究。

This paper introduces the methods of exciting the activity of CFB fly ash and experimental study on producing masonry cement by CFB fly ash .

利用电炉钢渣作为砌筑水泥原料的试验研究

Study on manufacturing of masonry cement with slag from the steel-smelting furnace

流化床锅炉飞灰生产砌筑水泥的试验研究

Experimental study on producing masonry cement by fly-ash of circulating fluidized bed boiler

用电石渣改性湿排粉煤灰生产砌筑水泥试验

Experiment on Preparing Masonry Cement Using Damp Fly Ash Activated by Calcium Carbide Slag

凝灰岩砌筑水泥的研制

Study and Manufacturing of Tuff Masonry Cement

粉煤灰钢渣复合砌筑水泥的研制

Development of composite flyash-steel slag masonry cement

粉煤灰砌筑水泥的试验研究

Study on Fly - ash Masonry Cement

本文就其用于配制砌筑水泥，作混凝土掺和料和混凝土减水剂进行介绍。

This Fly Ash is used as cement mortar , concrete mixture and concrete reducing water agent .

城市生活垃圾焚烧炉渣用于制备无熟料砌筑水泥的探讨

Discussion on applying incineration slag of municipal solid waste as one of admixture to prepare masonry cement without clinker

生活垃圾焚烧炉渣与矿渣双掺制备少熟料砌筑水泥的研究

Study of preparation of masonry cement of low content clinker prepared with municipal solid waste incineration and slag as admixture

依照GB/T3183&2003砌筑水泥标准规定的试验方法，对以城市生活垃圾焚烧炉渣、矿渣为主要原料制备的无熟料砌筑水泥的各项性能进行了研究。

The properties of masonry cement without clinker prepared by incineration slag of municipal solid waste and slag were studied according to GB / T 3183-2003 " Masonry cement " .

加入60%以上粉煤灰作混合材配制175~、275~砌筑水泥，符合GB/T3183-1997的要求，具有良好的社会效益和经济效益。

The 175 and 275 masonry cements prepared by using fly-ash as cement addition over 60 % , confirm to the requirements of GB / T3183-1997 . Application of these cements in masonry cement will bring about environmental and economical benefits .

同时采用信息化施工技术，解决了井下高温高湿环境下大体积混凝土在砌筑过程中水泥的水化热导致混凝土开裂问题。

With information construction technology , the issue of concrete cracking caused by water heat of cement was overcame during the large concrete building in high temperature and high moisture in underground mine .

结果表明，粉煤灰砌筑干粉砌体的受压性能与普通水泥砂浆砌体基本相同，在砌体结构中可用粉煤灰砌筑干粉砂浆代替水泥砂浆。

The results indicate that the compressive performance of fly ash mortar masonry is the same with that of normal mortar masonry . The fly ash mortar can replace the cement mortar in the masonry structure .