User:Alicia Rasines Mazo/Notebook/CHEM-581 Experimental Chemistry I/2014/09/24: Difference between revisions
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| PVA-Clay film|| | | PVA-Clay film|| <span style="color:red">239.4 μM</span> R6G|| 13.0828 || 13.2554 || | ||
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| || | | || <span style="color:red">119.7 μM</span> R6G|| 12.9552 || 13.0732 || | ||
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| || | | || <span style="color:red">11.97 μM</span> R6G|| 13.0198 || 13.1377 || | ||
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Revision as of 08:27, 15 October 2014
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Tasks for September 24
Preparation of 10% wt new exfoliated clay films
Completing synthesis of films
Run AA on As samples
To be done at a later date since As lamp was burnt out Measuring fluorescence of Rhodamine dye by filmsNote: the initial concentration of rhodamine was incorrectly labeled as 159μM, actual concentration was 1.9 mM<br.> Solutions were made for 20, 10 and 1 μM R6G by:
10mL of each R6G dye solution were added to the PVA and PVA-Clay glass vials and the glass vials were placed inside a dark drawer to allow the films to soak the fluorescent dye.
10mL of each R6G dye solution were added to the PVA and PVA-Clay glass vials and the glass vials were placed inside a dark drawer to allow the films to soak the fluorescent dye.
10mL of each R6G dye solution were added to the PVA and PVA-Clay glass vials and the glass vials were placed inside a dark drawer to allow the films to soak the fluorescent dye.
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