CAJ | 학술논문

以二维渐开线型C/C扩张段为应用背景，比较了硼酚醛与其它耐烧蚀酚醛（钡酚醛、氨酚醛等）的主要理化性能，分析了硼酚醛树脂固化、裂解过程，探讨了炭布/硼酚醛复合材料的固化、后固化、炭化工艺，并以硼酚醛为基体前驱体制作了二维平板C/C及二维渐开线型小C/C扩张段。平板状C/C在炭化过程中无分层，力学性能较高；二维C/C扩张段通过工艺优化解决了分层问题，环向拉伸强度可达45MPa以上。实验结果说明硼酚醛树脂可用于二维渐开线型C/C扩张段的制造。
이이유점개선형C/C확장단위응용배경，비교료붕분철여기타내소식분철（패분철、안분철등）적주요이화성능，분석료붕분철수지고화、렬해과정，탐토료탄포/붕분철복합재료적고화、후고화、탄화공예，병이붕분철위기체전구체제작료이유평판C/C급이유점개선형소C/C확장단。평판상C/C재탄화과정중무분층，역학성능교고；이유C/C확장단통과공예우화해결료분층문제，배향랍신강도가체45MPa이상。실험결과설명붕분철수지가용우이유점개선형C/C확장단적제조。
The curing, post-curing, and carbonization processes of carbonfabric reinforced phenolics were studied based on the thermophysical properties of boron -phenolics. The 2D laminated C/C and 2D involute C/C exit cone were fabricated. It was found that the laminated C/C was non-delaminating during carbonization and had high mechanical properties. The delamination-free 2D involute C/C exit cones with hoop tensile strength of 45?MPa were prepared through processes optimization. The results showed that boron-phenolics could be used to produce 2D involute C/C exit cone.