User:Klare Lazor/Notebook/Chem-496-001/2011/10/11: Difference between revisions
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Today set and let epoxy dry, get some protein and particles in small volume. Deposit all over the foil. Electrical contact. Foil can not be touching, but as close as possible. Becuase we do not know the strength of the conductivity between nanoparticles. Let them dry. Epoxy can only touch one of the leads at a time because it is conductive. | Today set and let epoxy dry, get some protein and particles in small volume. Deposit all over the foil. Electrical contact. Foil can not be touching, but as close as possible. Becuase we do not know the strength of the conductivity between nanoparticles. Let them dry. Epoxy can only touch one of the leads at a time because it is conductive. | ||
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'''Why is a 4 point prober better than a 2 point probe?''' | '''Why is a 4 point prober better than a 2 point probe?''' |
Revision as of 09:37, 11 October 2011
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ObjectiveTest the conductivity of our nanoparticles that we created using probes Description
1. put down conductive epoxy on teflon (epoxy holds wire to teflon along with foil. wire connected to foil) 2. put down wire 3. put down square foil
Today set and let epoxy dry, get some protein and particles in small volume. Deposit all over the foil. Electrical contact. Foil can not be touching, but as close as possible. Becuase we do not know the strength of the conductivity between nanoparticles. Let them dry. Epoxy can only touch one of the leads at a time because it is conductive.
Data
NotesThis area is for any observations or conclusions that you would like to note.
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