The experimental results showed that the effect of the purity, degree of graphitization, microstructure etc. factors on the synthesis result of diamond and properties.
由实验结果可以看出、石墨材料的纯度、 石墨化度、显微组织结构等因素，对金刚石的合成效果及其性能均有显著的影响。
The results indicate that the content of carbon is about 90%, the degree of graphitization is 66% and the carbon of simple substance phase at the surface is 54%.
结果表明纳米石墨中碳含量为90%左右，石墨化度为66%，表面碳原子以碳单质状态存在的占54%。
The results showed that the mixed carbon matrix (pyrolytic carbon and resin-based carbon) C/C composites which had the highest graphitization degree, had the best anti-ablative performances.
研究结果表明：本次实验中的沥青碳基体C/C试样的烧蚀率最高，抗烧蚀性能最差；
应用推荐