1) carbon-fiber textile concrete
碳纤维布混凝土
1.
To realize temperature self-adjustment of great concrete structure,based on the electrically induced heating effect of carbon-fiber textile,experimental analysis has been done for the responses of temperature difference and deformation of carbon-fiber textile concrete under invariable input.
为实现大型混凝土结构的温差自调节,文中在碳纤维布的电致发热效应的基础上,对碳纤维布混凝土梁在稳定功率输入下的温差、变形响应做了实验分析。
2) CFRC
碳纤维混凝土
1.
Studies on Electric Properties and Applications of Carbon Fiber Reinforced Concrete (CFRC);
碳纤维混凝土导电性能及应用研究
2.
Research of the Traffic Vehicle-speed Monitoring System Based on the Pressure-sensitivity of CFRC;
基于碳纤维混凝土（粗骨料）压敏性的交通测速系统的研究
3) carbon fiber reinforced concrete
碳纤维混凝土
1.
Experimental study of loading history on the fracture properties of carbon fiber reinforced concrete;
低周循环加载历史对碳纤维混凝土断裂特性影响的试验研究
2.
Experimental study on low-cycle fatigue fracture properties of carbon fiber reinforced concrete;
短碳纤维混凝土低周疲劳断裂特性的试验研究
3.
Research on the effect of electric power in carbon fiber reinforced concrete beams within elastic range under cyclic load
弹性范围内碳纤维混凝土梁在循环荷载下的力电效应研究
4) carbon fiber-reinforced concrete(CFRC)
碳纤维混凝土(CFRC)
5) carbon fiber-reinforced concrete
碳纤维混凝土
1.
First, add a lower voltage to the sample of carbon fiber-reinforced concrete(CFRC) to create a Joule effect on this sample, which is a composite with some defects, by making use of this CFRC material s good electric conductivity.
利用碳纤维混凝土的良好导电性,首先通过对存在缺陷的复合材料——碳纤维混凝土试件施加较低的电压,使其产生焦耳热效应,在表面产生温差,再利用红外热像方法对其缺陷进行了无损检测,并根据数据进行了理论分析。
6) carbon fiber concrete
碳纤维混凝土
1.
In this paper,to make full use the merit of cheapness and good dispersivity for nano carbon black,by adding nano carbon black in the carbon fiber concretes to improve its electrical conductivity properties.
采用在碳纤维混凝土中加入纳米炭黑来改善其导电性能,充分利用了纳米炭黑价格低廉分散性好的优点。
补充资料：聚丙烯腈碳纤维增强体(见聚丙烯腈碳纤维)
聚丙烯腈碳纤维增强体(见聚丙烯腈碳纤维)
carbon fibre reinforcements made of polyacrylonitrile
佩八饰”.限沂维用通体carbon fibre reinforce.ments made of polyaerylonitrile以聚丙烯睛纤维为原料制成的、角于复合材料中起承载增强作用和改善性能的碳纤维(见朵丙烯睛碳纤维).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条