HTS.G20 capillary tube mat grid
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The relationship between heat supply and excess temperature: Q=20.4616( △T ) ^1.1501W
When △T=19.5K, heat supply: Q=623.2W; heat supply per unit area 207.7W/ m²
The relationship between cooling capacity and excess temperature: Q=21.6091( △T ) ^1.2196W
When △T=8.5K, cooling capacity: Q=293.9W; cooling capacity per unit area 98.0W/ m²
Stress test results fro capillary tube mat:
The sample adopts hydrostatic test, the working pressure is 0.8MPa, the test pressure is 1.5 times of the working pressure, the test pressure is 1.2MPa, the pressure is stabilized for 30min, and there is no leakage within the stable time.
Description
The relationship between heat supply and excess temperature: Q=20.4616( △T ) ^1.1501W
When △T=19.5K, heat supply: Q=623.2W; heat supply per unit area 207.7W/ m²
The relationship between cooling capacity and excess temperature: Q=21.6091( △T ) ^1.2196W
When △T=8.5K, cooling capacity: Q=293.9W; cooling capacity per unit area 98.0W/ m²
Stress test results fro capillary tube mat:
The sample adopts hydrostatic test, the working pressure is 0.8MPa, the test pressure is 1.5 times of the working pressure, the test pressure is 1.2MPa, the pressure is stabilized for 30min, and there is no leakage within the stable time.
