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Ni nanopillar structures were fabricated on glassy carbon electrodes (NiGLAD/GC) using glancing angle deposition (GLAD). Thin, conformal layers of Pt were deposited by a rotating substrate, self-limiting, high current density galvanostatic deposition to form NiGLAD{Pt}/GC deposits. The Pt loading in the NiGLAD{Pt}/GC deposits was systematically varied by interrupting the deposition at various coverages,...
Glancing Angle Deposition (GLAD) was used to prepare 500nm long Ni nanopillars directly on glassy carbon disc electrodes (Ni GLAD /GC). Ni GLAD {Pt}/GC core-layer nanopillars were prepared by depositing Pt on the Ni GLAD substrate via a novel rotating disc electrode galvanostatic deposition, where a stationary blackened Pt counter electrode served as the Pt source. Scanning...
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