CNF have been successfully used to

CNF have been successfully used to reinforce cement due to their exceptional mechanical performance.However, Sun and Wu [325] used CNF as a modifier of rheological, curing, and also mechanical performance of oil well cement (OWC). Rheological data were best fitted by the Vom
Berg model. CNF addition increased the yield stress of OWC and the degree of hydration of the final composites. Only with the addition of 0.04 wt.% CNF flexural strength was increased by 20.7%. However, excessive addition of CNF triggers a detrimental effect on mechanical properties, caused by the aggregation of CNF.

結果 (繁體中文) 1:

CNF已成功地用於加強水泥由於其優異的力學性能。
然而，Sun和吳[325]使用CNF流變，固化改性劑，也油井水泥（OWC）的力學性能。流變數據最好由VOM？伯格模型擬合。CNF除了增加OWC的屈服應力和最終複合材料的水化程度。只有加入0.04％（重量）CNF彎曲強度提高了20.7％。然而，過量添加CNF的觸發對機械性能，致CNF的聚合產生不利影響。

結果 (繁體中文) 2:

CNF 由於其卓越的機械性能，已成功用於加固水泥。
然而，Sun和Wu[325]使用CNF作為流變學、固化以及油井水泥（OWC）的機械性能的修飾劑。學變學資料最適合VomBerg模型。CNF的添加增加了OWC的產量應力和最終複合材料的水化程度。僅增加0.04 wt.%CNF彈性強度就增加了20.7%。然而，過量添加CNF會觸發對機械特性的有害影響，這是由CNF的聚合引起的。

結果 (繁體中文) 3:

CNF因其優异的力學性能已成功地應用於水泥的加固。
然而，Sun和Wu[325]將CNF用作油井水泥（OWC）的流變、固化和力學性能的改性劑。流變學數據最好用VomBerg模型擬合。CNF的加入新增了OWC的屈服應力和最終複合材料的水化程度。加入0.04wt%的CNF，抗折强度提高20.7%。然而，過量添加CNF會引起CNF的聚集，從而對力學性能產生不利影響。