非金属矿
非金屬礦
비금속광
NON-METALLIC MINES
2013年
5期
29-32
,共4页
陈永晟%吴建华%赵海红
陳永晟%吳建華%趙海紅
진영성%오건화%조해홍
石灰石粉%水泥基砂浆%力学性能%激活效应
石灰石粉%水泥基砂漿%力學性能%激活效應
석회석분%수니기사장%역학성능%격활효응
limestone powder%cement-based mortar%mechanical property%activation effect
以粉磨时间分别为40 min和60 min的石屑石粉、市售石粉以及机制砂石粉为对象,研究不同种类石粉单掺或者与粉煤灰、矿粉复掺以及三掺时,在不同掺量下对水泥基砂浆的力学性能的影响。结果表明,掺合料三掺时水泥基砂浆表现出最佳力学性能;石粉与粉煤灰和矿粉的激活效应是相互的。
以粉磨時間分彆為40 min和60 min的石屑石粉、市售石粉以及機製砂石粉為對象,研究不同種類石粉單摻或者與粉煤灰、礦粉複摻以及三摻時,在不同摻量下對水泥基砂漿的力學性能的影響。結果錶明,摻閤料三摻時水泥基砂漿錶現齣最佳力學性能;石粉與粉煤灰和礦粉的激活效應是相互的。
이분마시간분별위40 min화60 min적석설석분、시수석분이급궤제사석분위대상,연구불동충류석분단참혹자여분매회、광분복참이급삼참시,재불동참량하대수니기사장적역학성능적영향。결과표명,참합료삼참시수니기사장표현출최가역학성능;석분여분매회화광분적격활효응시상호적。
This paper adopted two stone chip powders (grinding respectively for 40 min and 60 min), commercial limestone powder and machine-made sand powder as the research object to focus on the study of the mechanical property of cement-based mortars when different kinds of limestone powders mixed single or together with other mineral admixtures such as lfy ash and slag powder. Experimental results showed mortars had the best mechanical property when the three mixed together. The activation effect between limestone powder and the mineral admixtures powder was mutual.