User:Moira M. Esson/Notebook/CHEM-581/2013/04/03: Difference between revisions
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'''Spectra''' | '''Spectra''' | ||
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Figure 1. Diffusion Testing of Rhodamine 6G in microspheres prepared with 90:10 ratio of PVA MW 146,000: 50% CEC NaMT | Figure 1. Diffusion Testing of Rhodamine 6G in microspheres prepared with 90:10 ratio of PVA MW 146,000-186,000: 50% CEC NaMT | ||
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[[Image:90 pva 146 50NaMT micros diffusion.jpg]] | [[Image:90 pva 146 50NaMT micros diffusion.jpg]] | ||
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*Fluorescence intensity maximum is 6.985. | *Fluorescence intensity maximum is 6.985. | ||
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Figure 2. Diffusion Testing of Rhodamine 6G in microspheres prepared with 90:10 ratio of PVA MW 146,000: 110% Laponite | Figure 2. Diffusion Testing of Rhodamine 6G in microspheres prepared with 90:10 ratio of PVA MW 146,000-186,000: 110% Laponite | ||
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[[Image:90 PVA 146 110LP micros diff.jpg]] | [[Image:90 PVA 146 110LP micros diff.jpg]] | ||
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*Fluorescence intensity maximum is 5.109. | *Fluorescence intensity maximum is 5.109. | ||
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Figure 3. Diffusion Testing of Rhodamine 6G in microspheres prepared with a 90:10 ratio PVA 146,000:NaMT | Figure 3. Diffusion Testing of Rhodamine 6G in microspheres prepared with a 90:10 ratio PVA 146,000-186,000: NaMT | ||
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[[Image:90 PVA 146 NaMT micros diff test.png]] | [[Image:90 PVA 146 NaMT micros diff test.png]] | ||
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*Fluorescence intensity maximum is 26.734 | *Fluorescence intensity maximum is 26.734 | ||
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Figure 4. Diffusion Testing of Rhodamine 6G in microspheres prepared with a 50:50 ratio PVA 146,000-186,000: NaMT | |||
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[[Image:50 PVA 146 NaMT micros diff.png]] | |||
*Fluorescence intensity maximum is | |||
Revision as of 13:57, 6 April 2013
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Objectives
DecantingThe general protocol described on 2013/03/01 was followed.
DSC
Diffusion TestingA new general protocol for the preparation of was used for the diffusion testing of the prepared microspheres. It was determined that the previous protocol did not allow for a quantitative understanding of the amount of dye diffused from the samples.
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