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It is feasible to use the large scale loop type heat pipe to passively remove the residual heat from SFP.
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To understand and predict the heat removal capacity of such a large scale loop type heat pipe in the situation similar to the accidental condition of the spent fuel pool (SFP) for the design purpose, a loop-type heat pipe with a very high and large evaporator has been fabricated and was tested using ammonia as the working fluid.
It occurred in a nearly potential magnetic configuration as shown by the comparison between the magnetic extrapolation linear force free field) and the large scale soft X-ray loops.
This controller is then pulled back to the large scale system such that closed-loop stability is preserved, and such that the trade-off between the H2- and H∞-criteria achieved in reduced space is preserved.
Simulations showed that rate equations obtained from laboratory-scale experiments can be successfully combined to the flow model of the loop reactor: the behaviour of a large-scale loop reactor was predicted with satisfactory accuracy.
However, the apparent coronal source is the top of another independent large-scale loop.
Therefore large-scale loop type heat pipe systems have potential uses for passively removing heat from spent fuel pools and reactor cores under the accidental conditions to improve the safety of the nuclear power station.
In summary, capillary evaporator fabrication techniques (including wick development) and structural integrity qualification tests developed in this investigation can be used to fabricate miniature to large-scale loop heat pipes with high heat flux management capabilities.
In this paper, a large-scale loop feeding system including pneumatic conveying and hopper discharge was set up; fine pulverized coal was used as the experimental material and four different procedures were designed; discharges of pulverized coal under the action of both gravity and aeration were carried out to further study the effect of gas type on hopper discharge.
This increasing functional connectivity between thalamus and striatum may be a function of this feedback, or of the larger scale thalamus to cortex to striatum loop.
When the mobile robot is working in the large-scale environment without loop closure, the probability of false alarm is increased in DGKD by this increased uncertainty, which means that the total performance of DGKD is decreased.
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