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As Gene stated, the wet-bulb temperature will be lower than the dry-bulb temperature because of evaporative cooling.
They calculated a temperature-humidity index that increases as dry bulb temperature and humidity rise.
Comfort conditions were calculated from dry bulb , wet bulb and globe temperature measurements as well as wind speed.
Wet and dry bulb air temperature were logged at 15 second intervals and used to calculate hourly means.
At a given temperature, high humidity causes little water evaporation and little cooling of the thermometer; therefore, the wet bulb thermometer reading is similar to that of the dry bulb thermometer.
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