User:Elaine Marie Robbins/Notebook/MOF/2012/06/13

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Fluorescence of PPF Components Main project page
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Methods

  1. Take fluorescence data of Zn porphyrin 1000x diluted.
  2. Take fluorescence data of DPNI 100x diluted.
  3. Take fluorescence and UV/Vis data of PPF 20.

Data

Blue = excitation, red = emission.

Fluorescence of Zn porphyrin 1000x diluted.

  • Full spectrum, excited at 288 nm:
Image:12-06-13 fluorescence zn porphyrin full spectrum ex 288.png
  • Excited at 220 nm:
Image:12-06-13 fluorescence zn porphyrin ex 220.png
  • Excited at 288 nm:
Image:12-06-13 fluorescence zn porphyrin ex 288.png
  • Excited at 403 nm:
Image:12-06-13 fluorescence zn porphyrin ex 403.png
  • Excited at 442 nm:
Image:12-06-13 fluorescence zn porphyrin ex 442.png
  • Excited at 530 nm:
Image:12-06-13 fluorescence zn porphyrin ex 530.png


Fluorescence of DPNI 100x diluted.

  • Full spectrum, excited at 287 nm:
Image:12-06-13 fluorescence dpni full spectrum ex 287.png
  • Excited at 286 nm:
Image:12-06-13 fluorescence dpni ex 286.png
  • Excited at 316 nm:
Image:12-06-13 fluorescence dpni ex 316.png
  • Excited at 394 nm:
Image:12-06-13 fluorescence dpni ex 394.png
  • Excited at 535 nm:
Image:12-06-13 fluorescence dpni ex 535.png


Fluorescence of PPF-20

  • Full spectrum, excited at 543 nm:
Image:12-06-13 fluorescence ppf20 full spectrum ex 543.png
  • Excited at 344 nm:
Image:12-06-13 fluorescence PPF20 ex 344.png
  • Excited at 529 nm:
Image:12-06-13 fluorescence PPF20 ex 529.png
  • Excited at 580 nm:
Image:12-06-13 fluorescence PPF20 ex 580.png


UV/Vis of PPF-20

Image:12-06-13 uv-vis of PPF20.png
Image:12-06-13 uv-vis of PPF20 magnified.png


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