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This post was last edited by hjztbwg on 2015-12-14 15:10. Theoretically, __wet-bulb temperature t_____ is the adiabatic saturation temperature reached when air is in direct contact with water under constant-pressure adiabatic conditions, at which a stable thermal and humid equilibrium is attained.
Theoretically, the __wet-bulb temperature__ is the adiabatic saturation temperature reached when air is in direct contact with water under constant-pressure adiabatic conditions, at which a stable thermal and moisture balance is attained.
Theoretically, the __pressure of moist air__ is the adiabatic saturation temperature reached when air is in direct contact with water under constant-pressure adiabatic conditions, resulting in a stable thermohygric equilibrium.
Theoretically, the wet-bulb temperature is the adiabatic saturation temperature reached when air in contact with a surface reaches a stable thermohydraulic equilibrium under constant-pressure adiabatic conditions; it is also known as the thermodynamic wet-bulb temperature.
Theoretically, the __warm bulb temperature_____ is the adiabatic saturation temperature reached when air and water are in direct contact under constant-pressure adiabatic conditions, achieving a stable thermal and moisture balance.
Wet bulb temperature. --------------------------------------