1) SiC foam
泡沫碳化硅
1.
Preparation of silicalite-1 coating on SiC foam ceramics by support self-transformation
在泡沫碳化硅载体上自转化合成silicalite-1型沸石晶体
2) silicon carbide foam
碳化硅泡沫
1.
These applications include that pitch-based carbon foam is used as heat management material,silicon carbide foam is used as space mirror and micro turbine engine material,multifunctional coal-based carbon foam is used as radar absorption,electromagnetic shielding,structural assembly,and composite tooling.
主要包括高导热沥青基炭泡沫体的热管理应用开发;碳化硅泡沫用于反射镜和微型涡轮发动机材料的应用开发;多功能煤基炭泡沫体的吸波、电磁屏蔽、高温防热结构和复合体成型模具的应用开发。
3) SiC foam ceramics
泡沫碳化硅陶瓷
1.
Electrical properties of SiC foam ceramics;
泡沫碳化硅陶瓷的导电性能
2.
The growth of SiC whiskers by in-situ on the surface of SiC foam ceramics;
泡沫碳化硅陶瓷表面原位生长碳化硅晶须
4) silicon carbide ceramic foam
碳化硅泡沫陶瓷
1.
The results show that using Zinc particles as a raw Material and silicon carbide ceramic foam as a loading plate,comparison with conventional method the proper microwave synthesis process can not only be benefit in reducing the reaction temperature and holding time,but also achieve the pure ZnO powder with fine grains like wooden stick.
研究表明,以工业锌粒为反应原料,碳化硅泡沫陶瓷作为承载板,微波快速加热制备ZnO粉末,氧化完全,可得到棒槌形状的氧化锌晶体,与传统电炉合成比较,反应温度低,保温时间短,晶粒细小均匀。
6) hydrocarbon surfactant type foam
碳氢活化剂泡沫
补充资料:碳化
分子式:
CAS号:
性质:又称碳化。固体燃料的热化学加工方法。将煤、木材、油页岩等在隔绝空气下加热,使分解为气体(如煤气)、液体(如焦油)和固体(如焦炭)产物。干馏设备一般为工业炉窑,煤气由炉窑逸出,并带有焦油蒸气,可以回收。焦炭则残留在炉窑中。根据加热的最终温度,一般可分为高温干馏(约900~1100℃)、中温干馏(约660~750℃)和低温干馏(约500~580℃)。此外,还有成堆干馏或煤堆干馏等。
CAS号:
性质:又称碳化。固体燃料的热化学加工方法。将煤、木材、油页岩等在隔绝空气下加热,使分解为气体(如煤气)、液体(如焦油)和固体(如焦炭)产物。干馏设备一般为工业炉窑,煤气由炉窑逸出,并带有焦油蒸气,可以回收。焦炭则残留在炉窑中。根据加热的最终温度,一般可分为高温干馏(约900~1100℃)、中温干馏(约660~750℃)和低温干馏(约500~580℃)。此外,还有成堆干馏或煤堆干馏等。
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