Effect of molybdenum content on the microstructure and corrosion behavior of FeCoCrNiMox high-entropy alloys
Chunduo Daia,b, Tianliang Zhaod, Cuiwei Dua,b,c,*(
), Zhiyong Liua,b,*(), Dawei Zhanga,b
), Zhiyong Liua,b,*(), Dawei Zhanga,b
.
Fig. 6.. SEM and 3D images of the anodic dissolution morphologies of the FeCoCrNiMox alloy after polarization tests in 1 M NaCl at ambient temperature, (a1?c1) Mo0 alloy (a2?c2) Mo0.1 alloy, (a3?c3) Mo0.3 alloy, (a4?c4) Mo0.6 alloy. (a1?a4) and (b1?b4) SEM images and 3D morphologies after polarization for 600 s; (c1?c4) 3D morphologies after polarization for 1800s.
