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The process parameters (feed, spindle speed and coolant pressure) are also optimized within the selected range.
Finally, the adopted flow scheme results in a decisive reduction of the coolant pressure drop.
However, the resultant wall temperature peak reduces for increasing coolant pressure and for increasing surface roughness.
The main results, including temperature field, distribution of mass flow rate and coolant pressure drop, have been calculated simultaneously.
Furthermore, due to its high permeable coefficient, the coolant pressure drop is very low in this model.
A development concept for CANDU® is to increase the primary coolant pressure and temperature to supercritical conditions.
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Coolant pressures higher than critical values will be used to avoid boiling and eventual critical heat flux that may occur.
Both the first wall and divertor are gas-cooled, so coolant pressures are quite high (8 10 MPa).
Only by the use of higher coolant pressures, the tool life could be significantly increased, as well as the bore quality.
To reduce the coolant system pressure drop, the helium pressure is increased from 15 to 18 MPa.
In particular, the control system configuration has been finalized after having considered different strategies to govern the variables of interest (e.g., power produced in the core, coolant temperature, pressure, etc).
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