Publication | Closed Access
A systematic study of post-activation temperature dependence on photoelectrochemical water splitting of one-step synthesized FeOOH CF photoanodes with erratically loaded ZrO<sub>2</sub>
21
Citations
62
References
2021
Year
Materials ScienceMaterials EngineeringChemical EngineeringPec PerformanceSystematic StudyEngineeringPhotochemistryInorganic PhotochemistryNanotechnologyPost-activation Temperature DependenceHematite Cauliflower PhotoanodesPhotocatalysisPhoto-electrochemical CellCatalysisChemistryWater SplittingPhotoelectrochemical Water SplittingPhotoelectrochemistry
The erratically ZrO<sub>2</sub> loaded hematite cauliflower photoanodes quenched at 650 °C showed 14 times higher PEC performance than the conventionally prepared hematite nanorod photoanode (PQ650).
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