基于轧制温度调控的Fe50Mn29Co10Cr10Cu1 高熵合金微观组织与力学性能
王家骏, 袁野, 何竹风, 朱明伟, 贾楠

Microstructures and Mechanical Properties of the Fe50Mn29Co10Cr10Cu1 High-Entropy Alloy Regulated by Rolling Temperature
WANG Jiajun, YUAN Ye, HE Zhufeng, ZHU Mingwei, JIA Nan
表1 经轧制结合退火制备的样品在拉伸前后的相组成 (volume fraction / %)
Table 1 Phase compositions of the samples prepared by rolling and annealing before and after tensile tests
SampleTensile testfcchcp
LNR40% + AN500 oCBefore90.59.5
After85.814.2
CR40% + AN500 oCBefore92.37.7
After88.012.0
WR40% + AN500 oCBefore91.68.4
After87.712.3
LNR40% + AN800 oCBefore97.52.5
CR40% + AN800 oCBefore94.06.0
WR40% + AN800 oCBefore85.514.5