User:Carly M. Montanero/Notebook/CHEM-571/2013/08/28: Difference between revisions
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* Spectrum from UV-VIS of 50x Diluted Citrate-AuNP Solution | * Spectrum from UV-VIS of 50x Diluted Citrate-AuNP Solution | ||
[[Image:UV-VIS Spectrum of UV-Vis of 50x Diluted Citrate-AuNP.png|650px|]] | [[Image:UV-VIS Spectrum of UV-Vis of 50x Diluted Citrate-AuNP.png|650px|]] | ||
[[User:Matt Hartings|Matt Hartings]] In the future, your spectra are going to be much easier to read if they only have lines (and no symbols). | |||
==Calculations from Part 2== | ==Calculations from Part 2== |
Revision as of 13:01, 12 September 2013
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ObjectiveSynthesize two different sets of gold nanoparticles. In one set, Au3+ is reduced by a protein (bovine serum albumin, BSA) and the synthesized nanoparticle is also surrounded and stabilized by BSA. In the second set, Au3+ is reduced by citrate, and the AuNP is stabilized by citrate in solution. The BSA-AuNPs are purple in color and the citrate-AuNPs are more of a burgundy (reddish) color. From Dr. Hartings
ProcedurePart 1: BSA-AuNP Synthesis
Part 2: Citrate-AuNP Synthesis
Figures
Matt Hartings In the future, your spectra are going to be much easier to read if they only have lines (and no symbols). Calculations from Part 2
Observations
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