The present invention relates to one kind of haydite for light aggregate concrete and its production process.
本发明涉及一种用于轻集料混凝土的陶粒及其制备方法。
Fly ash haydite has great capabilities in Adsorption, and it is easy to regeneration to treating oily waste water.
利用粉煤灰陶粒具有较好的吸附性能、易于再生的特点，用来处理含油废水。
The physicochemical properties and technical performance of the haydite shale in the Jiutai-Changchun convex belt;
对广西隆安县页岩制备的页岩陶粒进行理化性能研究。
Sintering-expanded haydite has been prepared by using red mud with glasses, fly ash and a little of other additive.
以拜耳法赤泥为主要原料，通过掺加废玻璃、粉煤灰等固体废弃物，再加入少量的添加剂制备烧胀陶粒。
Results show that the main factor affected character of haydite consists of sintering temperature and content of fly ash.
结果表明，烧成温度和粉煤灰用量是影响粉煤灰品质的主要因素。
The study shows that magnetizing water and con a gas-lift water-reducing agent have a remarkable influence on haydite concrete.
研究表明磁化水、引气减水剂CON -A及其交互作用均对陶粒砼抗压强度有显著影响。
The purification effect of biological aerated filter stuffed with zeolite, haydite and volcanic rock for river water was studied.
以沸石、陶粒和火山岩曝气生物滤池为研究对象，研究了其对实际河水的净化效果。
Based on the experimental results, this paper studies the strength and deformation of reinforced high strength haydite aggregate concrete member in torsion and bending.
在试验的基础上对钢筋高强陶拉砼构件在纯扭和弯扭作用下的受力和变形性能进行了研究。
It shows that the shrinkage caused by the large content of cement can reduce by partial filling prewetting haydite in the high-strength and lightweight aggregate concrete.
结果表明，通过在高强混凝土中掺加部分提前用水浸泡过陶粒的办法，可以减少高强混凝土因水泥用量过大而引起的较大收缩。
The component and mineral composition of the sediment from the Xihe River, Shenyang City was analyzed, and the feasibility for producing haydite by the sediment was investigated.
以沈阳细河底泥为研究对象，通过对其成分和矿物组成分析，考察了其制作底泥陶粒的可行性；
A new composite thermal insulation material is made taking haydite, scrap foam, cement and pulverized fuel ash as main raw material in definite proportion under normal temperature.
以陶粒、废旧泡沫塑料、水泥、粉煤灰为主要原料，在常温条件下按一定配比制成新型复合保温材料。
A new composite thermal insulation material is made taking haydite, scrap foam, cement and pulverized fuel ash as main raw material in definite proportion under normal temperature.
以陶粒、废旧泡沫塑料、水泥、粉煤灰为主要原料，在常温条件下按一定配比制成新型复合保温材料。
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