2) Porous carbon felt electrode
多孔碳毡电极
3) active carbon-fiber felt screen
活性碳毡电路屏
1.
Microwave absorbing properties of active carbon-fiber felt screens (vertical-arranged carbon fibers)/epoxy resin composites;
活性碳毡电路屏(直立碳纤维)/树脂复合吸波材料
4) carbon felt
碳毡
1.
Study on the electrochemical properties of carbon felt modified by PB and oxalic acid VRB application;
全钒液流电池用碳毡电极的改性研究
2.
To study the different wreck mechanism and provide the evidence for the application of C/C composites in structure material, the properties of bend,cut and compressing are studied on the C/C composites which are reinforced by carbon felt and 2.
为研究两种不同预制体增强的碳/碳(C/C)复合材料的损伤破坏机制差别,将为该材料应用于结构件提供依据,对碳毡及2。
3.
It was found during research that graphitization process can raise intensity of carbon-fibre, while moving average graphitization degree of carbon felt was 24.
研究发现,碳毡经过2300℃高温石墨化后,加权平均石墨度可达24。
5) carbon felts
碳毡
1.
The self heating effects of carbon felts including different physical parameter of dimension, thickness and figure were studied.
本文通过对不同尺寸、叠层层数、密度、形状和孔洞的碳毡进行自加热研究,探究了不同物性参数碳毡预制体的自加热规律,并进一步进行了自加热热解沉积制备C/C复合材料的可行性研究。
6) carbon fiber felt
碳毡
1.
Microwave absorbing properties of composites with circuit analogue based on carbon fiber felt;
碳毡电路模拟吸波复合材料的研究
2.
Microwave absorbing properties of carbon fiber felt and parallelarranged carbon fiber composites were investigated respectively.
分别研究了平铺排布的碳毡和单向排布的碳纤维类吸波复合材料的微波吸收特性。
补充资料：碳纤维毡
分子式：
CAS号：
性质：碳纤维制成的毡，简称碳毡。以聚丙烯腈基碳毡为例，定积重量500g/m2和1000g/m2，纵向和横向强度(N/mm2)各为0.12，0.16和0.10，0.12，断裂伸长各为3％、4％和18％、16％，电阻率(Ω·mm)各为4～6，3.5～5.5和7～9，6～8，导热系数各为0.06W/(m·K)(25℃)，比表面积均>1.5m2/g，灰分皆小于0.3％，含硫量皆<0.03％。制法有：(1)碳短丝气流成网后针刺；(2)预氧丝毡碳化；(3)聚丙烯腈纤维毡预氧化和碳化。用作真空炉和惰性气体炉绝热材料、热的气体或液体和熔融金属滤材、燃料电池多孔电极、催化剂载体、耐腐蚀容器复合材料衬里和复合材料。
CAS号：
性质：碳纤维制成的毡，简称碳毡。以聚丙烯腈基碳毡为例，定积重量500g/m2和1000g/m2，纵向和横向强度(N/mm2)各为0.12，0.16和0.10，0.12，断裂伸长各为3％、4％和18％、16％，电阻率(Ω·mm)各为4～6，3.5～5.5和7～9，6～8，导热系数各为0.06W/(m·K)(25℃)，比表面积均>1.5m2/g，灰分皆小于0.3％，含硫量皆<0.03％。制法有：(1)碳短丝气流成网后针刺；(2)预氧丝毡碳化；(3)聚丙烯腈纤维毡预氧化和碳化。用作真空炉和惰性气体炉绝热材料、热的气体或液体和熔融金属滤材、燃料电池多孔电极、催化剂载体、耐腐蚀容器复合材料衬里和复合材料。
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