Electro- and photochemical studies of gold (III) bromide towards a novel laser-based method of gold patterning

Electro- and photochemical studies of gold (III) bromide towards a novel laser-based method of gold patterning

In this report, we demonstrate a novel technique for the microscopic patterning of gold by combining the photoreduction of AuIIIBr4- to AuIBr2- and the electrochemical reduction of AuIBr2- to elemental gold in a single step within solution. While mask-based methods have been the norm for electroplat...

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Bibliographic Details
Main Authors: Anyanwu, C. (Author), Lafratta, C.N (Author), Lawrence, P.T (Author), Morris, S. (Author), Murphy, M. (Author), Reed, E. (Author), Richman, E. (Author), Rosenbaum, C. (Author), Schneeberg, S.R (Author), Sirkoch, C. (Author), Wheeler, C. (Author), Will, E. (Author), Zigner, K. (Author)
Format: Article
Language:English
Published: Institute of Physics 2022
Subjects:
Deposition
direct laser writing
Direct laser writing
Electrochemical reductions
Electrochemical studies
electrodeposition
Electrolytic reduction
gold (III) bromide
Gold (III) bromide
Gold compounds
Gold deposits
Gold patterning
Laser-based methods
Novel techniques
Photo reduction
Photochemical studies
photolithography
photoreduction
Potential windows
Reaction kinetics
Scanning electron microscopy
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