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Heat and Mass Transfer Correlations
2 Evaporation Rates around the Surface of
B Theoretical Development
36 other sections not shown
accurate adiabatic saturation air stream air temperatures aniline approximately assumption average benzene boundary conditions boundary layer buret calculated calibration curve capillary central velocity cm./sec constantan correction crystallization determined diffusion drop containing Drop Diameter drop temperatures effect Equations 54 error evaporating water drop evaporation lifetime Evaporation of Water evaporation rates evaporation tests extrapolation fluid free convection Froessling 9 function heat and mass heat transfer hot wire investigation manganin mass transfer correlations measured microns mil couples ml./sec naphthalene Njju obtained partial pressure particle period of drying plotted potential flow pressure of water pure water drops radiation rate of evaporation room temperature air screened nozzle sensible heat shows slope solution spheres spray drying suspended drop suspension capillary Table taken temperature of adiabatic terminal velocity theoretical thermal conductivity tion transfer rates values vapor pressure volumetric velocity water drops evaporating water vapor wet bulb temperature