[磷酸锌牙水泥固化反应的研究(2).水泥用氧化锌取代氧化镁熟料的固化反应(作者译)]。

K Jyoshin
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引用次数: 0

摘要

在以前的论文中,作者已经报道了磷酸锌水泥的凝结是由于无定形磷酸铝而不是磷酸锌的沉淀。如果磷酸锌水泥上的这种凝结反应是正确的,那么水泥粉就不一定是氧化锌熟料。本文用氧化锌代替氧化镁熟料,并采用与前一篇文章相同的方法对水泥固化产物进行了检测。用工业水泥液与氧化镁熟料混合时,由于液体中Al3+的作用,反应产物呈无定形。这些无定形的反应产物与沉淀在磷酸锌水泥中相同。根据前人和本文的研究结果,确定了磷酸锌水泥的凝固反应是由无定形铝和(液态)磷酸锌析出引起的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Study on the setting reaction of the zinc phosphate dental cement (2). The setting reaction of cement substituted magnesia clinker for zinc oxide (author's transl)].

In previous paper it has been reported by author that setting of the zinc phosphate cement is due to precipitation of amorphous aluminium phosphate rather than zinc phosphate. If such the setting reaction on the zinc phosphate cement is right, there is no necessity that cement powder is zinc oxide clinker. In this paper magnesia clinker is substituted for zinc oxide, and the reaction products of set cement are examined by the same methods as having shown in previous paper. When commercial cement liquid is used for mixing with magnesia clinker, the reaction products become amorphous for effects of Al3+ in liquid. These are the same amorphous reaction products as precipitating in set zinc phosphate cement. From result in previous and this paper, it has been made sure that setting reaction of zinc phosphate cement is due to precipitation of amorphous aluminium and zinc (in liquid) phosphate.

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