"sensible cooling" is correct and usable in written English.
It is used to describe when a person is taking steps to cool down a tense situation, such as by reducing the amount of criticism or harshness in the conversation. For example, "The team leader used sensible cooling to de-escalate the disagreement among the members of the team."
In the meanwhile, the operating efficiencies of the unit were also measured by an energy saving potential index ɛ, which is defined as the ratio of chilled water sensible cooling output capacity to the total sensible cooling output capacity.
Natural daylight helps reduce the electricity use and the associated sensible cooling load due to artificial lighting.
Natural light can help reduce the electrical demand and the associated sensible cooling load due to artificial lighting.
Moreover, for most of the summer season, the dry bulb temperature (DBT) of the incoming ambient air is significantly greater than the incoming hot water temperature, and the air undergoes sensible cooling.
The key features of the improved model are the consideration of annular and non-annular flow effects on liquid film transport, including condensate and vapor sensible cooling contributions, and accounting for mini/microchannel effects through the new liquid film correlation.
Compared to a 2-fluid LAMEE with the same design parameters, the sensible, latent, and total effectivenesses, moisture removal rate, and sensible cooling capacity of the 3-fluid LAMEE are improved by up to 69%, 28 %, 39, 54%, and 140% respectively, depending on the inlet temperature and mass flow rate of the cooling water.
A rotary silica gel desiccant dehumidifier, a sensible cooler and an evaporative cooler were added to the above system to form an open cycle solar assisted desiccant cooling system.
Radiant panels are known to be energy efficient sensible heating and cooling systems and a suitable fit for low-exergy buildings.
Vegetated land cover acts as "air conditioners" because they use large amount of energy on ET, thus decreasing sensible heat and cooling the surrounding atmosphere (Hao et al. 2015).
The model predictions for cooling capacity, sensible heat ratio (SHR) and coefficient of performance (COP) were compared with experimental data, when it was found that the model is able to predict the experimental trends within a ±6% error band.
Relative humidity in the Plant Growth Chamber can be changed over a wide range by controlling the ratio of latent heat exchange to sensible heat exchange on the cooling fin of the heat exchanger.
