首页> 外文OA文献 >A discussion of the papers “ Impact of hydrated magnesium carbonate additives on the carbonation of reactive MgO cements ” and “ Enhancing the carbonation of MgO cement porous blocks through improved curing conditions ”, by C. Unluer A. Al-Tabbaa
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A discussion of the papers “ Impact of hydrated magnesium carbonate additives on the carbonation of reactive MgO cements ” and “ Enhancing the carbonation of MgO cement porous blocks through improved curing conditions ”, by C. Unluer A. Al-Tabbaa

机译:讨论C. Unluer&A. Al-Tabbaa的纸张“通过改善的固化条件,水合碳酸镁添加剂对反应性MgO水泥碳酸化的影响”和“通过改善的固化条件的碳酸化”。

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摘要

This paper is a discussion of two recent papers by Unluer & Al-Tabbaa which analysed accelerated carbonation of reactive MgO blocks. We suggest that the authors have incorrectly analysed key data, leading to overstated claims of MgO carbonation. Based on the reassignment of their X-ray diffraction data, it is proposed that little MgO carbonation occurred in the samples discussed in those papers, with CaCO3 instead forming during accelerated carbonation. We also draw attention to the thermodynamic instability of nesquehonite under ambient conditions, which calls into question the long-term stability of these binders.
机译:本文讨论了Unluer和Al-Tabbaa最近发表的两篇论文,该论文分析了反应性MgO嵌段的加速碳化。我们建议作者错误地分析了关键数据,导致对MgO碳酸化的说法过高。根据他们的X射线衍射数据的重新分配,建议在这些论文中讨论的样品中很少发生MgO碳化,而在加速碳化过程中会形成CaCO3。我们还提请注意Nesquehonite在环境条件下的热力学不稳定性,这使这些粘合剂的长期​​稳定性受到质疑。

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