With the temperature increasing, there are two critical temperature point where cement strength recesses, namely 110℃and 150℃.
原浆水泥石强度随着养护温度(80～200℃)的提高,有两个强度衰退临界温度点,即110℃和150℃。
参考来源 - 深井水泥水化机理研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Based on optimized BP algorithms, some prediction models are developed for cement strength.
运用改进的BP算法，建立了水泥强度预测模型。
Researching impact of particle distribution of mixing- grinding cement from different kilns on cement strength.
以灰色系统理论研究不同窑型熟料混磨水泥的颗粒分布对水泥强度的影响。
Phosphorous gypsum makes cement condensation time prolonged, while give no evidence influence on cement strength.
在水泥中加入磷石膏做缓凝剂，对凝结时间影响较大，但对强度影响不太明显；
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