Experimental study of temperature sensitive dyes for planar laser induced fluorescence thermometer
S Tan, CE Estrada-Perez… - International …, 2010 - asmedigitalcollection.asme.org
As a non-intrusive, whole-field temperature measurement technique, LIF (Laser Induced
Fluorescence) has been used successfully to measure temperature fields. The
performances of dyes are essential of the technique, especially the temperature sensitivity of
the dyes. This work presents an analysis to provide a correct choice of temperature sensitive
dyes combination (FL27 and RhB). The influences of temperature, excitation wavelength
and pH on emission intensity and temperature sensitivity were analyzed. The results show …
Fluorescence) has been used successfully to measure temperature fields. The
performances of dyes are essential of the technique, especially the temperature sensitivity of
the dyes. This work presents an analysis to provide a correct choice of temperature sensitive
dyes combination (FL27 and RhB). The influences of temperature, excitation wavelength
and pH on emission intensity and temperature sensitivity were analyzed. The results show …
[PDF][PDF] EXPERIMENTAL STUDY OF TEMPERATURE SENSITIVE DYES FOR PLANAR LASER INDUCED FLUORESCENCE THERMOMETER
TAN Sichao, EE Dominguez-Ontiveros, YA Hassan - researchgate.net
As a non-intrusive, whole-field temperature measurement technique, LIF (Laser Induced
Fluorescence) has been used successfully to measure temperature fields. The
performances of dyes are essential of the technique, especially the temperature sensitivity of
the dyes. This work presents an analysis to provide a correct choice of temperature sensitive
dyes combination (FL27 and RhB). The influences of temperature, excitation wavelength
and pH on emission intensity and temperature sensitivity were analyzed. The results show …
Fluorescence) has been used successfully to measure temperature fields. The
performances of dyes are essential of the technique, especially the temperature sensitivity of
the dyes. This work presents an analysis to provide a correct choice of temperature sensitive
dyes combination (FL27 and RhB). The influences of temperature, excitation wavelength
and pH on emission intensity and temperature sensitivity were analyzed. The results show …
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