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Wall 2 and 3 inner surface temperature subsystem
VIII.3.1 Water surface heat transfer subsystem
This subsystem is exactly the same as the one in section VIII.2.2 with the same name.
However, the subsystem here is for calculating the heat the chamber air acquired from
water through surface convection while the subsystem in section VIII.2.2 is for
calculating the convectional heat loss from water to the chamber air through the same
surface.
VIII.3.2 Water surface mass transfer (evaporation) subsystem
This subsystem is also exactly the same as the one in section VIII.2.3 with the same
name. However, the subsystem here is for calculating amount of vapour gained from
water while the subsystem used in section VIII.2.3 is for calculating the amount of
water lost to chamber air through the same surface.
VIII.3.3 Sharable energy from vapour calculation subsystem
This simple subsystem provides the amount of energy stored in the evaporated water
molecules which is sharable when the water vapour is mixing with air. Input to this
subsystem is water temperature which is also the temperature of vapour molecules when
escaping from the water.
Figure VIII. 15 Sharable thermal energy from vapour calculation subsystem
VIII.3.4 In-chamber air specific thermal capacity subsystem
This subsystem is created based on Eq. (3.2). Input is specific humidity of air in the
chamber. Output is specific thermal capacity of air in the chamber.
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