To provide an effective and reliable system, cooling superconducting equipment.
A cooling fluid 5, at a temperature within the range of typically about -243.15 to -223.15°C, is delivered to a cryogenic cooler 7 inside a vacuum sleeve 8. The vacuum sleeve provides insulation to the cold end of the cryogenic cooler, and a heat exchanger 9 at this low-temperature end. The cooling fluid 5 is delivered through the heat exchanger 9 of the cryogenic cooler 7 and cooled. Then, it becomes a cooling fluid flow 10, that is cooled at the temperature within the range of generally about -253.15 to -243.15°C, and leaves the cryogenic cooler 7. The cooled cooling fluid flow 10 becomes the cooling fluid flow 19 at the temperature of typically about -272.15 to -269.15°C, that is a temperature higher than that of the cooling fluid 10, cooled through indirect heat exchange with a ballast liquid. Then, it is delivered to the superconducting equipment 20, where it provides cooling to the superconducting equipment 20 through either direct or indirect heat exchange.
BONAQUIST DANTE PATRICK
MINBIOLE BARRY ALAN
ACHARYA ARUN
| JPH11224813A | 1999-08-17 | |||
| JPS62224987A | 1987-10-02 | |||
| JP2003148844A | 2003-05-21 |
| US6442949B1 | 2002-09-03 |
Hiroshi Kazama