Difference between revisions of "Fiber Spectra - Regina"

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Images of the setup for measuring the spectra of scintillating fibres using an Ocean Optics fibre optic spectrometer, a UV (380nm) LED and some clamps.
 
Images of the setup for measuring the spectra of scintillating fibres using an Ocean Optics fibre optic spectrometer, a UV (380nm) LED and some clamps.
 
<gallery>
 
<gallery>
Image:P1020114.jpg|1
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Image:P1020114.jpg|1. ''spectrometer, LED, jig and fibre''
Image:P1020119.jpg|2
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Image:P1020119.jpg|2. ''same, but from the back''
Image:P1020122.jpg|3
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Image:P1020122.jpg|3. ''darkened room, UV LED on a BCF-12 fibre''
Image:P1020123.jpg|4
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Image:P1020123.jpg|4. ''the entire apparatus with the fibre clamped at the far end''
Image:P1020124.jpg|5
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Image:P1020124.jpg|5. ''close up of the fibre and jig''
Image:P1020125.jpg|6
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Image:P1020125.jpg|6. ''notice there is no room for fibre movement''
Image:P1020126.jpg|7
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Image:P1020126.jpg|7. ''overhead view''
Image:P1020127.jpg|8
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Image:P1020127.jpg|8. ''BCF-60,20,12''
Image:P1020128.jpg|9
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Image:P1020128.jpg|9. ''BCF-60,20,12''
Image:P1020137.jpg|10
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Image:P1020137.jpg|10. ''gluing on SMA connectors''
 
</gallery>
 
</gallery>
 
<hr>
 
<hr>

Revision as of 16:16, 27 February 2008

Images of the setup for measuring the spectra of scintillating fibres using an Ocean Optics fibre optic spectrometer, a UV (380nm) LED and some clamps.



The spectra of BCF-60, BCF-20 and BCF-12 from distances of 15cm (maximum amplitude) up to 190cm (minimum amplitude). There are little or no jumps or overlaps indicating good transmission and the fibres were clean.