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利用铜矿尾砂研制低强度可控性填料
引用本文:成岳,李燕孙,李蒋超.利用铜矿尾砂研制低强度可控性填料[J].环境科学与技术,2011,34(9):170-173.
作者姓名:成岳  李燕孙  李蒋超
作者单位:江西省先进陶瓷材料重点实验室,江西 景德镇333001;景德镇陶瓷学院材料学院,江西景德镇333403
基金项目:本研究成果已经申请专利(申请号200910115682X)
摘    要:利用铜矿尾砂、粉煤灰、水泥以及加气剂等,混合搅拌成泥浆体,振动成型,制备出低强度可控性填料(CLSM).试验表明:以水泥12.9%、铜矿尾砂(细集料)22.6%、加气剂3.2%、粉煤灰12.9%等工业废弃物,加水48.4%,固液比控制在(14~15):(15~16)之间,制得的CLSM制品,抗压强度0.35~2.00 ...

关 键 词:CLSM  铜矿尾砂  粉煤灰  水泥  加气剂

Developing Controlled Low Strength Material by Use of Copper Ore Tailing
CHENG Yue,LI Yan-sun,LI Jiang-chao.Developing Controlled Low Strength Material by Use of Copper Ore Tailing[J].Environmental Science and Technology,2011,34(9):170-173.
Authors:CHENG Yue  LI Yan-sun  LI Jiang-chao
Institution:CHENG Yue1,2,LI Yan-sun1,LI Jiang-chao1,2(1.Key Lab for Advanced Ceramic Materials of Jiangxi Province,Jingdezhen 333001,China,2.School of Material,Jingdezhen Ceramics College,Jingdezhen 333403,China)
Abstract:Experiment was done to make a new-typed controlled low strength material(CLSM)with some industrial wastes including copper ore tailing,coal fly ash and gas-filling agent,and a portion of cement as well as water.The experiment resulted in an optimum formula,with which compressive strength of the CLSM could reach the range of 0.35~2.00MPa,the 28d compressive strength being 0.5mPa.The result suggested the new CLSM featuring more of low-intensity and high-mobility than the conventional filler used in civil engi...
Keywords:controlled low strength material(CLSM)  copper ore tailing  coal fly ash  cement  gas-filling agent  
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