22-0163
2022 - Scanning Electron Microscopy Analysis and Antimicrobial Study of 1-D Heterogeneous Nanostructures Synthesized Using Template-Assisted Electrodeposition - Poster Presentation
Kash McDonald; Daphne Nelson; Casey Hutto; Taylor Allred; Dillon Andrews; Benjamin Myers; Mitchell Millerberg; Amelia Calara
2022
nickel silverelectronic engineeringelectronicselectronsbioengineeringdepositionsEngineeringmetal works structuresmetallurgyMetalsMetalworkmetalworking processes and techniques
A faculty-guided student research project involving the synthesis of hybrid nickel/silver nanowires using template-assisted electrodeposition is presented. Hybrid 1-D nanowires are formed from the reduction of nickel (II) and silver cations in the pores of an aluminum oxide template. Backscattered electron images obtained from scanning electron microscopy analysis allow assessment of the metal distribution pattern in the nanowires. Energy dispersed X-ray spectroscopy (EDS) provides a quantitative determination of nanowire composition when electrodeposition times for nickel and silver are varied. Additionally, this project includes an assessment of nanowire antimicrobial activity using the Agar disk diffusion test and bacterial absorbance.
Digitized by: Salt Lake Community College
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PDF of poster presented at UPRC. Original digital file provided by presenter(s).