Publication | Closed Access
Water splitting to hydrogen over epitaxially grown InGaN nanowires on a metallic titanium/silicon template: reduced interfacial transfer resistance and improved stability to hydrogen
54
Citations
29
References
2018
Year
Hydrogen Energy TechnologyEngineeringPhotoelectrochemical PerformanceMetallic Titanium/silicon TemplatePhoto-electrochemical CellPhotoelectrochemistrySemiconductor NanostructuresChemical EngineeringInterfacial Transfer ResistanceNanoelectronicsPhotocatalysisNanoscale ScienceCompound SemiconductorGrown Ingan NanowiresMaterials ScienceMaterials EngineeringPhotochemistryMetallic Ti/si TemplateNanotechnologyHydrogenWater SplittingNano ApplicationIngan NwsNanomaterialsApplied Physics
InGaN NWs were grown on a metallic Ti/Si template that improved the photoelectrochemical performance and stability, and reduced the interfacial transfer resistance.
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