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鐵尾礦的機械力化學活化及制備高強結構材料

Mechanochemical activation of iron ore tailings and preparation of high-strength construction materials

  • 摘要: 以北京密云鐵礦尾礦為原料,采用機械力化學方法對其進行活化,并采用粒度分析、X射線衍射(XRD)、掃描電子顯微鏡(SEM)及紅外光譜(IR)分析機械力化學效應對尾礦活性的影響.以鐵尾礦為主要原料制備出抗壓強度達到89MPa、尾礦總體摻量達到70%的尾礦高強結構材料.

     

    Abstract: Miyun iron ore tailings in Beijing were activated by a mechanochemical method.The influence of mechanochemical effect on the activation of the iron ore tailings was analyzed by means of grain size analysis,X-ray diffraction(XRD),scanning electron microscope(SEM) and infrared radiation(IR) technologies.The iron ore tailings as raw materials were used to produce high-strength construction materials.It is shown that the compressive strength of the produced construction materials in which the overall content of the iron ore tailings is 70% can reach up to 89 MPa.

     

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