Influence of P_2O_5 on the formation and hydration properties of C_4A_3S

Y. Li; X. Liu; S.Li

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Influence of P_2O_5 on the formation and hydration properties of C_4A_3S

机译：P_2O_5对C_4A_3S形成和水化性质的影响

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摘要

The influence of P_2O_5 on the formation and hydration properties of C_4A_3S has been studied here. Re- sults show that the forming rate of C_4A_3S is decreased by the stabilization of P_2O_5 to the transitional resultant CA at 1300deg C for one hour; when soaking time is increased to three hours, adding a suitable amount of P_2O_5 can pro- mote the forming content of C_4A_3S, but if the amount of P_2O_5 is more than 1/100, the forming content of C_4A_3S re- Duces. P_2O_5 will result in the tegtragonal system structure Of C_4A_3S. At this experimental condition, adding a suit- Able amount of P_2O_5 can increase the hydration activity Of C_4A_3S attributing to the distortion in the crystal lattice Of C_4A_3S.

机译：本文研究了P_2O_5对C_4A_3S的形成和水合性质的影响。结果表明，在1300℃下将P_2O_5稳定在过渡生成的CA中一小时，降低了C_4A_3S的形成速率。当浸泡时间增加到三小时时，添加适量的P_2O_5可以促进C_4A_3S的形成含量，但是如果P_2O_5的含量大于1/100，则C_4A_3S的形成含量会降低。 P_2O_5将导致C_4A_3S的正交系统结构。在此实验条件下，添加适量的P_2O_5可以提高C_4A_3S的水合作用，这归因于C_4A_3S晶格的变形。

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来源
《Materials Research Innovations》 |2001年第4期|p.241-244|共4页
作者
Y. Li; X. Liu; S.Li;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类一般工业技术;
关键词
C_4A_3S formation; Hydration activity; P_2O_5;

机译：C_4A_3S的形成;水化活动;P_2O_5;

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Influence of P_2O_5 on the formation and hydration properties of C_4A_3S

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