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The British University in Egypt
Glucose electro-oxidation; NiOx; CuOx; Catalytic activity; Stability
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Full-Text Articles in Materials Chemistry
Enhanced Glucose Electrooxidation At Ni-Cu Binary Oxide Nanocatalyst, Yaser M. Asal Mr., Islam M. Al-Akraa Dr, Ahmad M. Mohammad Prof, Mahmoud M. Abuzaied Eng
Enhanced Glucose Electrooxidation At Ni-Cu Binary Oxide Nanocatalyst, Yaser M. Asal Mr., Islam M. Al-Akraa Dr, Ahmad M. Mohammad Prof, Mahmoud M. Abuzaied Eng
Chemical Engineering
The aim of this study is to fabricate a nickel (NiOx) and copper (CuOx) oxide nanocatalyst on a glassy carbon (GC) electrode (will be abbreviated as Ni-Cu/GC) for glucose oxidation (GO). A sequential electrodepositon mode was applied to assemble NiOx and CuOx in the fabrication scheme. The optimization of Ni loading on the GC surface (will be abbreviated as Ni/GC electrode) was achieved first to attain the maximum catalytic efficiency in terms of the specific current toward GO. This (409 Ag-1)was obtained by applying 15 mC/cm2 in the deposition of Ni. However, unfortunately the NiOx/GC could not …