1) rayon based carbon fiber
黏胶基碳纤维
2) viscose fiber
黏胶纤维
1.
Managed to explore the process of viscose fiber with pulp of hemp stalk through investigating the effect of process parameters,such as dipping time,aetiolation time,on the process and spinning performance of viscose fiber.
从利用大麻杆开发黏胶纤维的目的出发,探索了用大麻杆浆粕经浸渍、磺化及纺丝工艺制黏胶纤维的方法,对浸渍时间、磺化时间等工艺条件进行了摸索。
2.
In this paper,methods of treating H 2S和CS 2 in waste gas from the production of viscose fiber are classified into separated methods(H 2S:wet,dry systems; CS 2:cool,absorption,adsorption)and integrated methods(oxidation?radiation?biological methods).
将国内外治理黏胶纤维生产废气中H2 S、CS2 的方法归于分别处理法 (H2 S :湿法、干法 ;CS2 :冷凝、吸收、吸附 )和综合处理法 (氧化、辐射法、生物法 )两大类 ,介绍了各种方法及其机理、工艺条件及应用情况
4) RCF
粘胶基碳纤维
1.
Research of the Effect of the Anti-charred Reagent on the Carbonization Rate and Anti-tensile Strength of RCF;
抗焦剂对粘胶基碳纤维碳化收率及抗拉强度影响因素的研究
2.
This work is an attempt to investigate the surface microstructure of rayon based carbon fibers (RCF) with the help of scanning tunneling microscope (STM), which is still lacking.
用扫描隧道显微镜 (STM)对粘胶基碳纤维 (RCF)表面的微观结构进行了研究 ,首次获得了原子级的RCF图像。
5) rayon carbon fiber
粘胶基碳纤维
1.
But rayon carbon fiber still occupies its position,will not be eliminated through competition completely because it .
由于受多种因素的制约和限制,粘胶基碳纤维(R·CF)由五、六十年代鼎盛期转向目前的萎缩期。
6) Rayon-based carbon fiber
粘胶基碳纤维
1.
Effect of n -heptane/carbon tetrachloride pyrolysis on properties of Rayon-based carbon fiber;
n-C_7H_(16)/CCl_4热解处理对粘胶基碳纤维性能的影响
补充资料:黏胶基碳纤维
分子式:
CAS号:
性质:由含α-纤维素为主成分的黏胶纤维作为前驱体所制成的碳纤维。通用级直径5~7μm,强度400~600 MPa,模量25~35GPa,伸长率1.5%~2.0%,密度1.4g/cm3,灰分低,导热性差。高强级强度0.8~1.1GPa,目前最高强度和模量各为2.8和350GPa。制法是将黏胶原丝在100~400℃氮气流中热解,再于900~1200℃碳化而得,若进一步在2000~3000℃石墨化,便得石墨化纤维。用作耐烧蚀功能复合材料、活性炭纤维、面状(塑料薄膜或板间层压导电碳纤维或其纸)发热体等。
CAS号:
性质:由含α-纤维素为主成分的黏胶纤维作为前驱体所制成的碳纤维。通用级直径5~7μm,强度400~600 MPa,模量25~35GPa,伸长率1.5%~2.0%,密度1.4g/cm3,灰分低,导热性差。高强级强度0.8~1.1GPa,目前最高强度和模量各为2.8和350GPa。制法是将黏胶原丝在100~400℃氮气流中热解,再于900~1200℃碳化而得,若进一步在2000~3000℃石墨化,便得石墨化纤维。用作耐烧蚀功能复合材料、活性炭纤维、面状(塑料薄膜或板间层压导电碳纤维或其纸)发热体等。
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