Environmental Engineering Reference
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Fig. 9.15 The speci c cost of the superconducting magnetic chiller with packed-bed AMRs in the
cooling power range from 1 to 5 MW (data recalculated from Kitanovski et al. [ 36 ])
Fig. 9.16 The speci c cost of the superconducting magnetic chiller with parallel plate AMRs in
the cooling power range from 1 to 8 MW (data recalculated from Kitanovski et al. [ 36 ])
and magnetic
eld, the cost of a device with packed beds of spheres decreases with
a decreasing length of the regenerator. In the case of parallel plates, the cost of the
device decreases with an increasing length of the parallel plates. The reason for this
is in the heat transfer ef
ciency, as well as the viscous losses, which strongly
depend on the geometry of the AMR and the working
fl
uid.
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