Takahashi M, Ishikawa O, Kato K
Shika Rikogaku Zasshi. 1980 Apr;21(54):143-9.
It is a fault that the carboxylate cement for dental use of today showed less value in mechanical strength and much more value in expansibility than those that zinc phosphate cement showed. This reason resulted from organic composition of cement liquid. Because of organic composition, reacted products showed a very low value of bending strength, and the connectivity and continuity between those products and unreacted control were not observed. We evaluated a little response effect of Wollastonite on carboxylate ion and identified the properties of cement in those products. The result obtained suggested that the values of bending strength and expansibility of cement were considerably improved through the insertion of Wollastonite into commercialized cement powder.
如今用于牙科的羧酸盐水泥在机械强度方面的价值低于磷酸锌水泥，而在膨胀性方面的价值则远高于磷酸锌水泥，这是一个缺点。这个原因源于水泥液体的有机成分。由于有机成分，反应产物的抗弯强度值非常低，并且未观察到这些产物与未反应的对照物之间的连通性和连续性。我们评估了硅灰石对羧酸根离子的微小响应效果，并确定了这些产物中水泥的性能。所获得的结果表明，通过将硅灰石插入商业化的水泥粉末中，水泥的抗弯强度和膨胀性值得到了显著提高。
