CAJ | 학술논문

采用松装烧结法制备多孔铜，研究了材料密度、孔隙率、拉伸强度与烧结温度的关系。结果表明，在烧结时间均为5 h时，随着铜多孔材料的烧结温度由830℃升高至860、890℃，材料密度逐渐增大、孔隙率逐渐降低，而拉伸强度随之提高；一定尺寸的物质可以顺利通过铜多孔材料，这主要是由于该材料的孔隙具有连通性。
채용송장소결법제비다공동，연구료재료밀도、공극솔、랍신강도여소결온도적관계。결과표명，재소결시간균위5 h시，수착동다공재료적소결온도유830℃승고지860、890℃，재료밀도축점증대、공극솔축점강저，이랍신강도수지제고；일정척촌적물질가이순리통과동다공재료，저주요시유우해재료적공극구유련통성。
Porous copper was prepared by loose powder sintering method. The relation between material density,porosity,tensile strength and sintering temperature was studied. Porous copper was synthesized by sintering for 5 h at 830,860 and 890 ℃, respectively. The results show that the higher the sintering temperature,the higher the density and tensile strength,and the lower the porosity. Furthermore,the pores of obtained porous copper material are linked with each other in three dimensional space,and materials with a certain size can pass through them,due to the connectivity of the material.