The study is beneficial to develop the new functions of CFRC.
这一研究对开发CFRC的作用功能具有重要意义。
Monitoring corrosion of rebars by compression sensitivity of CFRC.
利用CFRC的压敏性监测混凝土中钢筋的锈蚀。
Thermal transformation efficiency of CFRC is up to 99.5% by the trend numeration.
趋势计算法计算出的热转化效率最高可达99.5 %。
The study is of great significance to expand the function and application of CFRC.
这一研究对扩充碳纤维水泥基复合材料的功能和应用具有重要的意义。
The influence of mechano-electric effect of CFRC on piezoresistivity can be ignored.
碳纤维混凝土的力电效应对压阻效应的影响不大。
Carbon fiber reinforced cement (CFRC) possesses superior deformation-resistance sensitivity.
碳纤维增强水泥(CFRC)有很好的变形-电阻敏感性。
Secondly, the influence of the dispersion of CF on conductivity and flexural strength of CFRC are discussed.
然后，本文研究了碳纤维分散性对CFRC的导电性和抗折强度等重要性能指标的影响。
Relationships between DC resistance of CFRM and CFRC and curing age were researched using the two-probe method.
利用直流双电极法研究了碳纤维砂浆和碳纤维混凝土的导电性能与其龄期之间的关系。
We get the CFRC can increase the flexural rigidity, reduce the size and number of the crack, increase the bearing capacity.
可以得出采用碳纤维布加固的钢筋混凝土梁能有效提高抗弯刚度，减小裂缝尺寸及数量，提高承载力。
It is hard for CFRC to directly sense the load of vehicles, and the special component which can enhance the stress by changing the pressed area.
考虑到碳纤维水泥试件很难直接感应到车辆的荷载，提出了改变受力面积来增大碳纤维水泥试件所受压力的特殊构件。
Carbon fiber reinforced cement(CFRC)specimens made under particular mix ratio and technology condition possess the stressresistivity sensitivity.
特定的配比和工艺条件下制成的碳纤维增强水泥（CFRC）试件具有压力电阻率的敏感性。
One of key factors to ensure the compression-sensibility stableness of CFRC is the dispersion of short carbon fiber (CF) in cement paste uniformly.
在CFRC的制备过程中，碳纤维的均匀分散是决定碳纤维水泥石及混凝土压敏稳定性的关键问题之一。
As a new composite material, carbon fiber-reinforced cement-matrix composite (CFRC) is gaining much attention in both the research community and engineering.
碳纤维水泥基复合材料作为一种新型的复合材料，越来越受到人们的重视。
The compression sensibility of CFRC is studied when the specimen is restrained around the periphery and compared to the result measured under uniaxial compression.
本文研究了碳纤维增强水泥试块在四周受约束情况下的压敏效应，并与单向受压情况下的压敏性进行比较。
Objective To investigate the clinical effect of the carbon fiber reinforced composite resin (CFRC) post and core, and to summarize the indication of CFRC post in clinic.
目的观察自主研制的高强度碳纤维预成桩的临床应用效果。
Possessing excellent piezoelectric properties and electric conductivity, Carbon Fiber Reinforced concrete (CFRC) is a kind of smart concrete and has its own special merit.
碳纤维增强混凝土(CFRC)有着自身独特的优点，具备良好的压敏性和导电性，是一种机敏混凝土。
The volume resistance and surface resistance measured by three electrodes and the resistance between two electrodes (r) of carbon fiber reinforced cement (CFRC) were studied.
研究碳纤维水泥试块两电极电阻和三电极法测得的体积电阻与表面电阻。
The relationships between DC resistance of carbon fiber reinforced mortar (CFRM) and carbon fiber reinforced concrete (CFRC) and curing age were studied by using the two-probe method.
利用直流双电极法研究了碳纤维砂浆（CFRM）和碳纤维混凝土（CFRC）的导电性能与其龄期之间的关系。
The reaction theory of fiber-dispersant and water-reducing dispersant was analyzed, and the suitable adding volume was determined to improve the uniformity of carbon fiber reinforced cement(CFRC).
探讨了纤维分散剂与减水分散剂的作用机理，并确定了提高碳纤维水泥石均匀性所需要的两种表面活性剂的合适掺量。
The reaction theory of fiber-dispersant and water-reducing dispersant was analyzed, and the suitable adding volume was determined to improve the uniformity of carbon fiber reinforced cement(CFRC).
探讨了纤维分散剂与减水分散剂的作用机理，并确定了提高碳纤维水泥石均匀性所需要的两种表面活性剂的合适掺量。
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