Difference between revisions of "Excitation Emission"

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[[File:20180201 161547.jpg|800px|thumb|left|Unknown fluorescent material]]
 
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In this project, different phosphorescent tubes were used , every tube has a different emission wavelength. As the source of light (UV lamp) was directed into the tube, every tube emitted a wavelength and it was recorded using the UV-probe. The UV lamp that was used had two different excitation wavelength, however the wavelength that was used is at 365 nm. The tubes had sort of a phosphorescent source which make them eligible to be used to detect the emission light.
 
In this project, different phosphorescent tubes were used , every tube has a different emission wavelength. As the source of light (UV lamp) was directed into the tube, every tube emitted a wavelength and it was recorded using the UV-probe. The UV lamp that was used had two different excitation wavelength, however the wavelength that was used is at 365 nm. The tubes had sort of a phosphorescent source which make them eligible to be used to detect the emission light.

Revision as of 20:05, 8 February 2018

Unknown fluorescent material

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In this project, different phosphorescent tubes were used , every tube has a different emission wavelength. As the source of light (UV lamp) was directed into the tube, every tube emitted a wavelength and it was recorded using the UV-probe. The UV lamp that was used had two different excitation wavelength, however the wavelength that was used is at 365 nm. The tubes had sort of a phosphorescent source which make them eligible to be used to detect the emission light.