Abstract

In many fields of experimental physics, for example, in magnetic resonance, a large magnet is used which requires a clean, cool water supply for cooling purposes. It has been our experience that, during the summer months, the city water temperature often rises so high that the magnet cannot be operated at maximum fields for prolonged periods. Further, there is some question as to the advisability of running city water through the cooling coils of the magnet, as, even with filtering, some constriction of the coils with sediment was noted in our system.

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