核用碳化硅纤维增强碳化硅复合材料研究进展
欧阳琴1,2(
), 王艳菲1,2, 徐剑1,2, 李寅生1, 裴学良1,2, 莫高明1,2, 李勉1,2, 李朋1, 周小兵1,2, 葛芳芳1,2, 张崇宏2,3, 何流1,2, 杨磊2,3, 黄政仁1,2, 柴之芳1, 詹文龙2,3, 黄庆1,2()
), 王艳菲1,2, 徐剑1,2, 李寅生1, 裴学良1,2, 莫高明1,2, 李勉1,2, 李朋1, 周小兵1,2, 葛芳芳1,2, 张崇宏2,3, 何流1,2, 杨磊2,3, 黄政仁1,2, 柴之芳1, 詹文龙2,3, 黄庆1,2()
Research Progress of SiC Fiber Reinforced SiC Composites for Nuclear Application
OUYANG Qin1,2(), WANG Yanfei1,2, XU Jian1,2, LI Yinsheng1, PEI Xueliang1,2, MO Gaoming1,2, LI Mian1,2, LI Peng1, ZHOU Xiaobing1,2, GE Fangfang1,2, ZHANG Chonghong2,3, HE Liu1,2, YANG Lei2,3, HUANG Zhengren1,2, CHAI Zhifang1, ZHAN Wenlong2,3, HUANG Qing1,2()
), WANG Yanfei1,2, XU Jian1,2, LI Yinsheng1, PEI Xueliang1,2, MO Gaoming1,2, LI Mian1,2, LI Peng1, ZHOU Xiaobing1,2, GE Fangfang1,2, ZHANG Chonghong2,3, HE Liu1,2, YANG Lei2,3, HUANG Zhengren1,2, CHAI Zhifang1, ZHAN Wenlong2,3, HUANG Qing1,2()
图3. 开发用于高剂量辐照环境的SiCf/SiC复合材料对于界面相的性能和工艺要求[
Fig. 3. Performance and processing requirements for development of the interphase between fiber and matrix in SiCf/SiC composites for use in high-dose radiation environments[
