The researchers rely on a method of measuring atmospheric conditions known as wet-bulb temperature
, which describes the extent to which evaporation and ventilation can reduce an object's temperature.
Meteorological data of dry-bulb temperature, wet-bulb temperature
, relative humidity, and temperature humidity index (THI) were significantly different by time (p < 0.
Researchers focused their study on a key heat measurement known as the wet-bulb temperature
-- that cools the body through sweating.
A human body may be able to adapt to extremes of dry-bulb temperature through perspiration and associated evaporative cooling, provided that the wet-bulb temperature
remains below a threshold of 35C.
This limit was almost reached this summer, at the end of an extreme, weeklong heat wave in the region: On July 31, the wet-bulb temperature
in Bandahr Mashrahr, Iran, hit 34.
can also be calculated from relative humidity, surface pressure and air temperature.
4[degrees]C) indoor wet-bulb temperature
with the cycle simulation subcooling set to 10[degrees]F (5.
The heat forced matches to be suspended during afternoon on Thursday after the tournament referee used his discretionary powers to stop play after the wet-bulb temperature
reached a certain level and was forecast to remain there for at least an hour.
It was assumed that the wet-bulb temperature
would remain constant and equal to the selected dry-bulb temperature for all greater dry-bulb temperatures.
These use evaporative cooling in a semi-closed circuit to cool water to slightly above the ambient wet-bulb temperature
The cooling tower model employs a 5th-order polynomial with 27 coefficients that relates the Approach (defined as the temperature difference between the water temperature leaving the cooling tower and the ambient wet-bulb temperature
) to the airflow rate ratio (defined as the ratio of the air-flow rate to the maximum airflow rate), the water flow rate ratio (defined as the ratio of the water flow rate to the maximum water flow rate), the range temperature (defined as the inlet water temperature minus the outlet water temperature), and the inlet air wet-bulb temperature
The floating head pressure controller controls head pressure to a constant degree of approach to the dry-bulb temperature for air-cooled condensers and to the wet-bulb temperature
for evaporative condensers.