富硅铁尾矿粉的胶凝活性与应用分析

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1、2.2.1.3粒度测试.................................................................................152.2.1.4化学成分测试.........................................................................152.2.1.5红外光谱测试.........................................................................154+3+

2、2.2.1.6活性Si和Al测定..............................................................152.1.1.7热分析.....................................................................................152.2.2胶凝材料及掺合料物理力学性能测试方法...................................162.2.2.1凝结时间测试........................

3、.................................................162.2.2.2净浆力学性能测试.................................................................162.2.2.3胶砂力学性能测试.................................................................162.2.2.4胶砂活性指数测试............................................

4、.....................162.2.3微观结构与化学测试方法...............................................................172.2.3.1浆体XRD测试.......................................................................172.2.3.2浆体SEM测试.....................................................................

5、..172.2.3.3浆体孔结构测试.....................................................................17第3章富硅铁尾矿粉胶凝活性提高技术研究.....................................................183.1矿物火山灰活性评价与试验方法...............................................................193.1.1酸碱溶出法...................

6、.....................................................................193.1.2维卡法(石灰吸收值法)......................................................................193.1.3热分析法............................................................................................193.1.4电导率法...

7、.........................................................................................203.1.5抗压强度比法....................................................................................203.1.6比强法..............................................................................

8、..................203.2机械力活化对富硅铁尾矿活性及其增强效应的影响...............................213.2.