Application of the Laser Induced Phosphorescence method to the analysis of temperature distribution in heated and evaporating droplets

Keyphrases

• Temperature Distribution 100%
• Droplet Evaporation 100%
• ANSYS Fluent 100%
• Laser-induced Phosphorescence 100%
• Gasoline 50%
• Effective Thermal Conductivity Model 50%
• Surface Temperature 50%
• Droplet Radius 50%
• Diesel 50%
• Local Temperature 50%
• Am(III) 50%
• Droplet Temperature 50%
• Temperature Sensitivity 50%
• Kerosene 50%
• HOX Transcript Antisense RNA (HOTAIR) 50%
• Microparticles 50%
• Range of Applicability 50%
• Error Sources 50%
• User-defined Function 50%
• Air Temperature 50%
• Liquid Water 50%
• Single Droplet 50%
• Laser Sheet 50%
• Temperature Field Analysis 50%
• Petroleum Oil 50%
• Eu2+ 50%
• Oil Fuel 50%
• Ratiometric Approach 50%
• BaMgAl10O17 50%
• Optical Sectioning 50%
• Phosphorescence 50%
• Airflow Velocity 50%
• Spectral Bands 50%

Engineering

• Temperature Distribution 100%
• Effective Thermal Conductivity 50%
• Applicability 50%
• Crude Oil 50%
• Microparticles 50%
• Airflow Velocity 50%
• Recorded Image 50%
• Spectral Band 50%