“…This agrees well with the phase diagram of Cu–Zn alloy, which shows that Cu–Zn alloys exhibit a single α-phase below 35 wt% Zn, above which the intermetallic β-phase would be formed. 43 Two phases of copper oxide were formed upon anodization and annealing of 100Cu sample. It is also noted that as the concentration of Zn increases, the intensity of copper oxide peaks decreases, even though there were no distinct peaks for ZnO.…”
Photoelectrochemical (PEC) water splitting is a promising way to produce green hydrogen. However, one of the bottlenecks in realizing scalable green hydrogen production systems is the inability to identify and...
“…This agrees well with the phase diagram of Cu–Zn alloy, which shows that Cu–Zn alloys exhibit a single α-phase below 35 wt% Zn, above which the intermetallic β-phase would be formed. 43 Two phases of copper oxide were formed upon anodization and annealing of 100Cu sample. It is also noted that as the concentration of Zn increases, the intensity of copper oxide peaks decreases, even though there were no distinct peaks for ZnO.…”
Photoelectrochemical (PEC) water splitting is a promising way to produce green hydrogen. However, one of the bottlenecks in realizing scalable green hydrogen production systems is the inability to identify and...
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