1) carbon cloth
碳布
1.
In addition, the mechanical properties at ambient temperature high temperature(80℃) ,as well as moisture - hot properties of 3233/carbon cloth composite are also listed.
并测试了3233树脂/碳布复合材料的常温、高温及湿热性能。
2.
The effect of carbon cloth treatment in oxygen or without oxygen on the mechanical properties of carbon/phenolic resin composites is investigated,especially investigating the improvement on the properties of interface at high temperature.
通过扫描电镜 (SEM)、电子能谱 (XPS)研究了不同状态处理下的碳布 ,测试了碳 /酚醛复合材料的剪切强度。
3.
The carbon cloth were teflonated by different PTFE emulsion concentration(10%,20%,30%,40%),and a passive DMFC system was installed.
本研究分别用质量百分比浓度为10%、20%、30%、40%的PTFE乳液进行疏水处理的碳布组装成被动式DMFC以及测试系统。
2) carbon cloth disk
碳布碳盘
3) CFRP sheets
碳纤维布
1.
Experiment research and mechanical analysis of shear resistance of RC beam-column joints strengthened by CFRP sheets;
碳纤维布增强混凝土平面框架节点抗剪性能试验研究与机理分析
2.
Seismic strengthening scheme based on RC beam-column joints using CFRP sheets Ⅱ: Mechanism analysis and verification;
基于节点的碳纤维布抗震加固混凝土框架方法Ⅱ:机理分析与加固效果检验
3.
Seismic strengthening scheme of RC beam-column joints using CFRP sheets Ⅰ: experimental study;
基于节点的碳纤维布抗震加固混凝土框架方法Ⅰ:试验研究
4) distribution of carbon numbers
碳数分布
1.
This rubber protective wax has a reasonable distribution of carbon numbers, suitable composition of hydrocarbon, high melt point and good barrier property in a wide range of temperature.
该蜡具有适宜的烃组成和碳数分布,具有较高的熔点,可在较宽的温度范围内保持良好的防护性能。
5) carbon distribution
碳数分布
1.
Measurement of carbon distribution in rubber wax with high temperature gas chromatography;
高温气相色谱法橡胶防护蜡碳数分布测定
2.
A method has been developed to measure the carbon distribution and content of microcrystal wax with high drop melting point.
采用冷柱头进样的高温气相色谱技术,建立了测定高滴熔点微晶蜡中正构和非正构烃类含量及碳数分布的方法。
补充资料:碳布
分子式:
CAS号:
性质:指碳纤维组成的织物,又称碳纤维织物。品种有平纹、缎纹、编织、圆形织物、三维织物和混织物。厚度和性能各异,以通用级聚丙烯腈碳布为例,含碳量82%,灰分1.5%以下,导热系数0.032W/(m·K),纵向和纬向拉伸强度各为2.2和1.5MPa。制法:(1)聚丙烯腈原丝经织布、预氧化、碳化和涂胶而得;(2)碳纤维织布。用作体育用品、碳-碳复合材料增强剂、电缆抗电晕材料、100℃以下发热体及抗静电的表面导电层等。
CAS号:
性质:指碳纤维组成的织物,又称碳纤维织物。品种有平纹、缎纹、编织、圆形织物、三维织物和混织物。厚度和性能各异,以通用级聚丙烯腈碳布为例,含碳量82%,灰分1.5%以下,导热系数0.032W/(m·K),纵向和纬向拉伸强度各为2.2和1.5MPa。制法:(1)聚丙烯腈原丝经织布、预氧化、碳化和涂胶而得;(2)碳纤维织布。用作体育用品、碳-碳复合材料增强剂、电缆抗电晕材料、100℃以下发热体及抗静电的表面导电层等。
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