Corrosion behavior and protective performance of robustness mineralized layer formed on AZ80-0.38 Nd (wt%) alloy
C Cheng, Z Chen, Y Fan, R Yao, Q Le - Corrosion Science, 2023 - Elsevier
In our previous work, a novel robustness mineralized layer was prepared on surface of AZ80–
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO 3• 3 H 2 O and flake …
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO 3• 3 H 2 O and flake …
[PDF][PDF] Corrosion behavior and protective performance of robustness mineralized layer formed on AZ80-0.38 Nd (wt%) alloy
C Cheng, Z Chen, Y Fan, R Yao, Q Le - Corrosion Science, 2023 - researchgate.net
In our previous work, a novel robustness mineralized layer was prepared on surface of AZ80–
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO3• 3 H2O and flake …
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO3• 3 H2O and flake …
Corrosion behavior and protective performance of robustness mineralized layer formed on AZ80-0.38 Nd (wt%) alloy
C Cheng, Z Chen, Y Fan, R Yao, Q Le - Corrosion, 2023 - ui.adsabs.harvard.edu
In our previous work, a novel robustness mineralized layer was prepared on surface of AZ80-
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO 3• 3 H 2 O and flake …
0.38 Nd (wt%) alloy, which mainly consisted of rod-like structure MgCO 3• 3 H 2 O and flake …