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* Tested using FAM fluorescent dye | * Tested using FAM fluorescent dye | ||
* No comments about performance or accuracy of the fluorometer | * No comments about performance or accuracy of the fluorometer | ||
====[http://dx.doi.org/10.1063/1.1921673 Versatile portable fluorometer for time-resolved luminescence analysis] <ref> G. Chen, "[http://dx.doi.org/10.1063/1.1921673 Versatile portable fluorometer for time-resolved luminescence analysis]", ''Review of Scientific Instruments'' '''76'''(6) pp. 63107 (2005). </ref> ==== | |||
* A portable, but not low cost, fluorometer for time resolved luminescence analysis | |||
* Uses xenon flashlamp with filter as excitation source, and photomultiplier tube with filter as the detection device | |||
* This device claimed to have better SNR by about 1 order of magnitude than state of the art commercial spectrometer at the time of the writing | |||
* Intended to detect drugs such as tetracycline | |||
* Could be used to test different compounds due to the multi wavelength light source | |||
== References == | == References == | ||
Revision as of 07:18, 5 May 2016
Articles Review
Hand-held thermal-regulating fluorometer [1]
- Portable, low cost fluorometer using blue LED as excitation source and integrating photo detector as detection element
- Sample can be thermal regulated using infrared heater and infrared thermometer
- Software only regulate temperature and changing integration settings, data is not processed
- Tested using FAM fluorescent dye
- No comments about performance or accuracy of the fluorometer
Versatile portable fluorometer for time-resolved luminescence analysis [2]
- A portable, but not low cost, fluorometer for time resolved luminescence analysis
- Uses xenon flashlamp with filter as excitation source, and photomultiplier tube with filter as the detection device
- This device claimed to have better SNR by about 1 order of magnitude than state of the art commercial spectrometer at the time of the writing
- Intended to detect drugs such as tetracycline
- Could be used to test different compounds due to the multi wavelength light source
References
- ↑ A. S. Farmer, D. P. Fries, W. Flannery, and J. Massini, "Hand-held thermal-regulating fluorometer", Review of Scientific Instruments 76(11) pp. 115102 (2005).
- ↑ G. Chen, "Versatile portable fluorometer for time-resolved luminescence analysis", Review of Scientific Instruments 76(6) pp. 63107 (2005).