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Turbulent Diffusion as a Mechanism for Temperature
Observed Temperature Profiles over a Water Surface
Other Investigations of Radiative Flux Divergences
6 other sections not shown
absorption advection air temperature assumed average black paint bolometer boom C/hr calculated calibration coefficient cooling rate Deacon number determined dry-bulb temperature DT/Dt dz/du earth's surface eddy diffusion error extrapolation flux divergence profiles flux plate function of height gradient heat flux heat transfer height position horizontal independent of height infrared junctions Lake Mendota lake surface Lettau logarithmic profile m/sec magnitude Mean profiles Mean radiation flux Mean vapor pressure measured mercury-in-glass thermometer mly/min per meter moving radiometer mylar observed temperature obtained optical path length percent potential temperature pyrheliometer radiating atmosphere radiation divergence radiation flux divergence radiative flux radiative temperature reference level sensible heat sensor moved single channel recorder solar radiation sweeping-boom mechanism temperature change temperature difference temperature profiles thermocouple thermometer thesis tion turbulent ture values variation ventilation vertical water surface water vapor wave radiation wicking wind speed wire zero