Exact(1)
The present blanket is a solid wall design with an innovative coolant scheme, which allows part of the coolant to be re-circulated in order to enhance the outlet temperature, and thus improve the power cycle efficiency.
Similar(59)
A new coolant flow scheme has been devised to raise the average coolant core outlet temperature of the High Temperature Supercritical-Pressure Light Water Reactor (SCLWR-H).
The coolant flow scheme includes upward and downward flow through the core with intermediate mixing in chambers above and below the core to eliminate hot streaks.
Compared with the previous two pass core design; this new flow pattern significantly simplifies the core concept in terms of upper core structure, coolant flow scheme as well as refueling procedure.
An optimal scheme was obtained, by which 13.15% of the net weight of the reactor coolant system is reduced.
reactor coolant system.
Find any coolant system leaks.
Fill the coolant system with distilled water.
Install the clips that allow coolant system repositioning.
Detach the overfill reservoir from the coolant system.
In this light, a sophisticated numerical flow solver ('SC/Tetra' by CRADLE®), with a robust CAD interface, has been used to develop and evaluate helium coolant flow schemes for a solid breeder test blanket module design currently proposed by the US for testing in ITER.
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