摘要
用锂渣部分代替矿渣制备碱激发矿渣-锂渣混凝土,结果表明,当溶渣比(质量比)为0.5,0.6,胶凝材料用量为390 kg/m3时,碱激发矿渣-锂渣混凝土的28 d抗压强度大于70 MPa,且早期抗压强度高,3 d就都达到28 d的70%左右.同时,研究了碱激发矿渣-锂渣混凝土的工作性和氯离子渗透性.结果表明,该混凝土的工作性良好,抗氯离子渗透性高.
The aim of this study is to use lithium slag to partly replace slag to make alkali-activated slag-lithium slag concrete. The results show that when mwR/mc is 0. 5 or 0. 6, and amount of cementitious material is 390 kg/m^3 , the 28 d compressive strength of concrete can reach 70 MPa over, and early strength is high and can reach about 70% of 28 d compressive strength. At the same time, the paper presents an investigation into workability, chloride ions permeability of alkali-activated slag-lithium slag concrete. The results show that the concrete have good workability and low chloride ions permeability.
出处
《建筑材料学报》
EI
CAS
CSCD
2006年第4期488-492,共5页
Journal of Building Materials
关键词
碱激发
矿渣
锂渣
混凝土
alkali-activated
slag
lithium slag
concrete
作者简介
张兰芳（1976-），女，内蒙古人，重庆交通大学讲师，重庆大学博士．
