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Conclusions
1. There is a good similarity betwen the velocity profilesobtained企omthemixingoftwoliquidsand thosefromtherealt1amespreadingexperiments.
2. LSPT f10w visualization technique reveals a 2心 velocity profiles resu1ting 企om integrating a 3-D velocityfield alongthelaserpath.
3. Simulationholdgreatpromiseasatolto eliminate thelimitationofaplyingtheholographytovisualize the3-Dt10wpa仕emsaheadofthef1ame.
4. Simulatingtheflame-spread-heat-transfermechanismis thewaytoreplacethehightransientvelocityprofiles aheadofthef1amewithstationary one. This wil enable us to aply the.holography 3四 D flow visualizationsucesfulyinthecoming白旬re.
Acknowledgments
This studywa.sinpartsuportedbytheKen旬 cky
NASA EPSCoR Program (NC C W-60)，in part by the Center for Manufacturing Systems at the University of Kentucky and in.part by the Japanese Ministry of Education(AnIntemationalResearchGrant).
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