激光熔覆难熔高熵合金涂层研究进展
夏兴川, 张恩宽, 丁俭, 王玉江, 刘永长

Research Progress on Laser Cladding of Refractory High-Entropy Alloy Coatings
XIA Xingchuan, ZHANG Enkuan, DING Jian, WANG Yujiang, LIU Yongchang
表4 LC-RHEACs的耐腐蚀性能[49,52,56,57,62,63,70,78]
Table 4 Corrosion resistance of LC-RHEACs[49,52,56,57,62,63,70,78]
CoatingSubstrateHEACRef.

Type

Corrosion potential

V

Corrosion current density

A·cm-2

Corrosion potential

V

Corrosion current density

A·cm-2

(TiZrNb)SnMoTC4 alloy-1.153.89 × 10-6-1.01.10 × 10-6[49]
NiTiCrNbTa1.0TC4 alloy-0.2331.63 × 10-7[52]
TiMoNbZrSS 316L-0.7361.002 × 10-5-0.4742.939 × 10-6[57]
TiZrAlNbTC4 alloy-0.38534.53 × 10-8[62]
NbTaTiVTC4 alloy-0.4589.198 × 10-8[63]
NbTaTiVCr-0.3906.262 × 10-8
NbTaTiVZr-0.4182.275 × 10-7
NbTaTiVW-0.3784.294 × 10-8
AlCoCrMoSS 904L-0.1591.14 × 10-4-0.1791.44 × 10-3[56]
AlCoCrMoV-0.1452.80 × 10-5
TiMoNbCrTC4 alloy-0.3972.797 × 10-9-0.2301.722 × 10-10[70]
TiMoNbTa-0.2481.695 × 10-9
TiMoNbZr-0.2771.788 × 10-9
WVTaTi42CrMo-0.77836.466 × 10-6[78]
WVTaTiCr-0.31984.337 × 10-7