the production of pan-based high modulus carbon fibers by catalytic graphitization using boron as catalyst and mechanism of catalytic graphitization were studied in this paper.
本文研究了硼催化法制备高模炭纤维的工艺及硼催化石墨化的机理。
the effects of heat-treated temperature, the catalyst types and relevant content on carbon fiber catalytic graphitization are discussed in detail in this paper.
论述了催化剂种类、含量及石墨化温度三因素对碳纤维催化石墨化反应的影响。
at the same time, it is found that iron can exhibit catalytic graphitization behavior at the low temperature and this case is analyzed.
研究过程中发现了铁元素具有低温下的催化石墨化作用,并对铁的低温催化石墨化行为进行了初步探讨。