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C100 Cryomodule End Can Pipeline Design per ASME B31

C100 Cryomodule End Can Pipeline Design per ASME B31

C100 Cryomodule End Can Pipeline Design per ASME B31

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JLAB-TN-08-023Thermal Analysis of <strong>C100</strong> <strong>Cryomodule</strong> Coaxial Heat Station and RF Cablesacceptable. This implies that the HOM RF power may not be so high. It is estimated that theaverage HOM power is around 0.125W.Fig. 8 HTB test moduleNote that in the simulation, a 2K tem<strong>per</strong>ature boundary has been set at the cold end of thecable for all cases. This is not exactly true in reality since when the heat transfer to 2K probe willraise the tem<strong>per</strong>ature to be above 2K. The final tem<strong>per</strong>ature of the probe is up to thermalequilibrium that is reached. The model did not intend to include all parts from top to toe. Theheat numbers presented in previous tables are good to be used as reference and the basis ofcomparison between different designs.14/23

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