1) SiC ceramic fiber
SiC陶瓷纤维
1.
Development of polymer precursors to SiC ceramic fiber;
SiC陶瓷纤维高聚物先驱体的研究进展
2) ceramic fibers
陶瓷纤维
1.
Design principle of silicon carbide(SiC) ceramic fibers precursor,the synthesis methods of the precursor were summarized.
总结阐述了S iC陶瓷纤维先驱体的设计原则,对国内外S iC陶瓷纤维先驱体的主要合成方法进行了总结。
2.
Wether the quality of lead titanate ceramic fibers which were fabricated the sol-gel method was good or bad would be directly linked to the sol quality.
溶胶-凝胶法制备钛酸铅陶瓷纤维的好坏直接取决于溶胶的质量。
3) ceramic fiber
陶瓷纤维
1.
Preparing technology and development tendency of the synthetical ceramic fiber;
合成陶瓷纤维材料的制备工艺及发展趋势
2.
Preparation of calcium phosphate ceramic fibers by using silk as carrier;
蚕丝纤维作载体的磷酸钙陶瓷纤维的制备
4) ceramic fibre
陶瓷纤维
1.
Development on The Aluminium-Alloy Piston with Local Ceramic Fibre Reinforced;
陶瓷纤维局部增强铝合金活塞的开发
2.
This article gives a brief introduce to the ceramic fibre of Japan, and the technological processes are also introduced briefly.
本文介绍了日本开发的主要几种陶瓷纤维 ,并简述其生产途
3.
Mechanical properties and durability of ceramic fibre reinforced portland cement composites were studied.
研究了陶瓷纤维增强普通硅酸盐水泥基复合材料的力学性能及耐久性 。
5) ceramic fiber ball
陶瓷纤维球
1.
A new characterization method of ceramic fiber dispersion was presented to test the amount of ceramic fiber ball to reflect the dispersive property of ceramic fiber.
提出了一种新的表征陶瓷纤维分散性的方法—以搅拌后料浆中产生陶瓷纤维球的质量比来表征纤维的分散效果,可以快速有效地对纤维的分散效果进行评价。
6) ceramic fibre core
陶瓷纤维芯
补充资料：陶瓷纤维
分子式：
CAS号：
性质：由单一或数种陶瓷成分组成的无机纤维。包括玻璃纤维；SiC；SiO2；A12O3；BN；TiC；ZrO2；Si3N4；B4C和硼纤维等。熔点高，可耐上千度高温，抗氧化性、抗燃性和绝热性优良，强度和模量也较高，有一定耐腐蚀性。制法有有机前驱体法、载体纺丝法、气相成长法等，前两种都要经高温烧结处理。用途有树脂基、金属基和陶瓷基复合材料增强剂、耐高温滤材、绝热材料、石棉代用品、燃料电池部件等。
CAS号：
性质：由单一或数种陶瓷成分组成的无机纤维。包括玻璃纤维；SiC；SiO2；A12O3；BN；TiC；ZrO2；Si3N4；B4C和硼纤维等。熔点高，可耐上千度高温，抗氧化性、抗燃性和绝热性优良，强度和模量也较高，有一定耐腐蚀性。制法有有机前驱体法、载体纺丝法、气相成长法等，前两种都要经高温烧结处理。用途有树脂基、金属基和陶瓷基复合材料增强剂、耐高温滤材、绝热材料、石棉代用品、燃料电池部件等。
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