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RSM-driven optimization and charge carrier dynamics for a novel NixCo1.5-xFe1.5O4 photoelectrocatalyst as a rapid photoanode
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DOI：10.1016/j.ceja.2026.101387.png)
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Abstract
En 中文
• Novel NixCo1.5-xFe1.5O4 photoanodes were synthesized for fast PEC degradation. • Ni substitution reduced charge transfer resistance and increased carrier lifetime. • Near complete RhB degradation was achieved in just 8 min under optimized conditions. • RSM-CCD modeling successfully optimized the synergistic PEC operational parameters. • The photoanode showed an advanced TOC removal and high stability with negligible leaching.
Keywords:
Nickel-substituted cobalt ferrite
Photoelectrocatalysis rhodamine b degradation
Rsm-ccd methodology
Organic dyes
Mineralization
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