By Werner J. A. Dahm, Kenneth B. Southerland, Kenneth A. Buch (auth.), Professor R. J. Adrian, Professor D. F. G. Durão, Professor F. Durst, Professor M. Maeda, Professor J. Whitelaw (eds.)
This quantity contains papers chosen from the lawsuits of the 5th foreign Symposium on functions of Laser thoughts to Fluid Mechanics, held on the Calouste Gulbenkian starting place in Lisbon from nine to twelve July, 1990. Relative to prior conferences within the Lisbon sequence the scope of this symposium was once broadened via increasing the topical insurance to incorporate all laser ideas utilized in fluid mechanics. this modification well-known the fashion among experimental fluid dynamicists to hire laser recommendations for the mea surement of many various amounts, together with focus, temperature, particle measurement, and speed, and the necessity for researchers to have a discussion board during which to speak their paintings and percentage their universal pursuits. The 5th Symposium contained twenty-three classes of formal displays and a full of life Open discussion board ses sion. moreover, Dr. H. J. Pfeiffer geared up a unique Workshop at the Use of pcs in move Mea surements which contained 5 periods on frequency area processors, correIa tors, targeted detectors, and biasing.
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Extra resources for Applications of Laser Techniques to Fluid Mechanics: 5th International Symposium Lisbon, Portugal, 9-12 July, 1990
Comparison of temperature measured by thermocouple fluorescence at 3 cm above the heater and 51 1 ern above the heater (0 C) (Thermocouple) (OC) (Fluorescence) 30 T' 30 T' 20 20 .. :1;' 3 ern above the heater (OC) (Thermocouple) (OC) (Fluorescence) 30 T' Fig. 14 20 30 T' 20. Temperature-velocity correlations measured by thermocouple and fluorescence technique at 1 and 3 cm above the heater The v'T' correlation diagrams obtained by the fluorescence method and the thermocouple are shown in Fig.
13Z when TO=303 K. RIIODl\MINE B Rhodamine B ( CZ8H31CINZ03 ) was selected as a dye from the following reasons: fluorescent (1) The fluorescence of Rhodamine B varies greatly with temperature and its change can be as high as 5 % per K, while the temperature coefficient is normally less than 1 % per K [Z]. 97 when ethanol is used as a solvent[Z]. (3) Water can be used as a solvent. Rhodamine B is soluble in water and the polarization is negligibly small in water. (4) Rhodamine B is easy to prepare because it is a powdery dye.
01----"'1-.. 0=488 nm . 7- ,... ,.. 4 ~ tl.. t;;:. 1. ~·"~~. 4 - C=8. :::.. 5 nm ~ 1. ~ ~=8. 7. 12 '1'-'1'0 TO Dimensionless Temperature Change Fig. 11 Fluorescence intensity variation with temperature 48 SIMULTANEOUS MEASUREMENT OF VELOCITY AND TEMPERATURE Figure 12 shows the results of simultaneous measurements of velocity and temperature which were obtained using the experimental equipment and the method mentioned previously. The measurement points were 1 and 3 cm above the heater. The heater power was 250 W.
Applications of Laser Techniques to Fluid Mechanics: 5th International Symposium Lisbon, Portugal, 9-12 July, 1990 by Werner J. A. Dahm, Kenneth B. Southerland, Kenneth A. Buch (auth.), Professor R. J. Adrian, Professor D. F. G. Durão, Professor F. Durst, Professor M. Maeda, Professor J. Whitelaw (eds.)