The phrase "allowable cooling" is correct and usable in written English.
It can be used in contexts related to temperature regulations, engineering, or safety standards where certain cooling limits are permitted.
Example: "The allowable cooling temperature for this equipment should not exceed 50 degrees Celsius to ensure optimal performance."
Alternatives: "permissible cooling" or "acceptable cooling".
The maximum allowable temperature for water coming into the cooling system varies by plant and is specified in the plant's license.
However, not all the conditions represented by the rhombus are allowable when considering water condensation risks in cooling conditions, thus a so-called safety operation zone concept is proposed.
To set constraints on the optimization, the allowable condenser pressure was defined based on the cooling water temperature and the maximum temperature difference.
In the process of optimizing electronics packaging, consideration is given to two constraints which are the maximum junction temperature specified by a chip manufacturer and the allowable pressure difference across the channel maintained by cooling fans.
We present results from the testing of these two coolers for the input power, cooling power, temperature, and temperature fluctuations over the flight allowable ranges for these interfaces.
Heat transfer coefficients (HTC) obtained form the correlations revealed that required cooling could be achieved by artificially roughened surface towards the plasma-side wall of He cooling channel which helps to keep the RAFMS temperatures below the allowable limit.
The analysis results show that during GDC the cooling water inlet and outlet temperature difference is far less than the allowable temperature rise under water flow rate 0.15 kg/s compromised by many factors.
Maintaining the peak temperature of a heat source under an allowable level has always been a major concern for engineers engaged in the design of cooling systems for electronic equipment.
The deterioration rate of wood member of cooling tower structure at Star Energy Geothermal (Wayang Windu) Ltd is 0.0147 cm depth per year, so equation for the residual service life estimation is σlaterσtoday= bh2(b−0.0147T)(h−0.0147T)2, and σlater must be lower than allowable stress.
