1) SiC fiber
SiC纤维
1.
Effect of carbon coating and composite fabrication process on tensile strength of SiC fibers;
表面涂碳及复合材料制备对SiC纤维性能的影响
2.
Research on electroplating copper on the surface of SiC fibers
SiC纤维表面电镀铜的研究
3.
SiCf/Ti/Cu composite was prepared by foil-fiber-foil method in order to model the effects of Ti as interfacial binder on SiC fiber reinforced copper matrix composites and the corresponding interfacial reactions.
利用箔-纤维-箔法制备了SiCf/Ti/Cu复合材料,用于模拟研究Ti在SiC纤维增强铜基复合材料中用作界面改性涂层时的作用及其界面反应情况。
2) SiC fibers
SiC纤维
1.
As an excellent reinforcement material of high property structural radar absorbing composites,SiC fibers exhibit very important military values.
而要使普通先驱体法SiC纤维具备较好的吸波性能,必须对SiC纤维的电磁性能进行改性。
2.
Polycarbosilane (PCS) is the precursor of SiC ceramic fibers, and oxidation-curing process of PCS fibers is an essential step of making Nicalon style SiC fibers.
在无氧的情况下对PCS纤维进行热交联时 ,发现在热交联前纤维必须有一个最低的预氧化程度 ,然后通过PCS纤维自身热交联实现预氧化 ,这样可降低纤维 1 3的氧含量 ,制备性能优良的SiC纤维 。
3.
The composition and structure of Si-Ti-C-O fibers were studied and compared with SiC fibers with no Ti by XPS.
运用XPS分析手段系统研究了Si -Ti -C -O纤维的组成及其结构 ,并与SiC纤维进行比较。
3) SiC fibre
SiC纤维
1.
The research and development of SiC fibre reinforced titanium matrix composites using proprietary fibre technology in the authors’ laboratory is summarized in this paper.
概述了作者研究组近年来在SiC纤维增强钛基复合材料研究领域开展的工作及取得的进展。
2.
The CVD process of SiC fibre prepared by DC electrically heating was investigated.
对SiC纤维的直流电阻加热CVD工艺进行了研究,实验采用将两种硅烷的比例混合液体通过液体流量计计量供液并即时完全汽化后与氢气混合输入到反应管并在水冷水银封入气口通入顶吹氢的供气方案,从而简化了工艺并解决了反应气体冷凝问题。
3.
The SiCsf/LAS composites were prepared by hot-press sintering method in the presence of improved short SiC fibres as addition agents.
结果表明,当SiC纤维的体积分数为2。
6) SiC_ sf
SiC短纤维
补充资料:发光纤维
分子式:
CAS号:
性质:指纤维本身能发光或能由芯部光源透射出光的纤维,包括荧光纤维、激发活性光纤维和自发光纤维。后者有三类:(1)以发光塑料为芯材的塑料发光纤维;(2)以发光玻璃为基材的玻璃发光纤维;(3)以充有高折射率液态发光物的低折射率玻璃中空纤维。它们在高能粒子、X射线或紫外线照射下可发出光子。用途各异,主要有特种工作服、光显示材料。发光纤维元件和能量转换元件等
CAS号:
性质:指纤维本身能发光或能由芯部光源透射出光的纤维,包括荧光纤维、激发活性光纤维和自发光纤维。后者有三类:(1)以发光塑料为芯材的塑料发光纤维;(2)以发光玻璃为基材的玻璃发光纤维;(3)以充有高折射率液态发光物的低折射率玻璃中空纤维。它们在高能粒子、X射线或紫外线照射下可发出光子。用途各异,主要有特种工作服、光显示材料。发光纤维元件和能量转换元件等
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