纳米碳含量对碳/碳化硅陶瓷的机械加工性及与玻璃熔体润湿性的影响
陆有军1,2, 王燕民1, 潘志东1, 黄振坤2, 吴澜尔2

Effect of Carbon Nanoparticle Content on Machinability and Wettability of Carbon/Silicon Carbide Ceramics
LU You-Jun1,2, WANG Yan-Min1, PAN Zhi-Dong1, HUANG Zhen-Kun2, WU Lan-Er2
图3 不同纳米碳含量C p SiC陶瓷在1000℃氧化环境下与玻璃熔体的润湿照片
Fig. 3 Photographs of the adhesion of melted glass melt on the surfaces of SiC a, 5wt%C p SiC b, 15wt%C p SiC c, 25wt%C p SiC d