CAJ | 학술논문

以经混捏＋轧片、冷等静压成型以及焙烧等工序处理后的焙烧样品为原料，通过石墨化热处理后，考察焙烧样品经石墨化热处理前后的组织结构和理化性能．试验结果表明，经2800℃热处理，焙烧样品的结构由杂乱无序的结构转化为有序的三维石墨结构，处理后样品的石墨化度达到62．79％．室温电阻率随石墨化度的增大而下降，随体积密度的增大而下降．同时相比石墨化处理前，抗折强度和抗压强度降低了50％以上．
이경혼날＋알편、랭등정압성형이급배소등공서처리후적배소양품위원료，통과석묵화열처리후，고찰배소양품경석묵화열처리전후적조직결구화이화성능．시험결과표명，경2800℃열처리，배소양품적결구유잡란무서적결구전화위유서적삼유석묵결구，처리후양품적석묵화도체도62．79％．실온전조솔수석묵화도적증대이하강，수체적밀도적증대이하강．동시상비석묵화처리전，항절강도화항압강도강저료50％이상．
The graphitization heat treatment of the calcined samples as the raw material was studied,and these samples were obtained by the process treatment of roasting kneading,shaping and baking.The organization structure and physicochemical properties of these samples before and after graphitization heat treatment were investigated.The results showed that:after the treatment of 2800 ℃,the organizational structure of samples conversion of orderly three -dimensional structure from disordered two -dimensional,and these samples have the characterization of graphite structure,and the graphitization degree reached 62.79%.Room -temperature resistivity increases with the graphitization degree decreases,along with the increase of bulk density decreased, the flexural strength and compressive strength decreased significantly,reduced by 50%.