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TT-PET Meeting

This document provides updates on the TOWER thermal simulations discussed in the TT-PET Meeting on April 28th, 2016. The simulations include the effect of replacing SiO2 with a flexible material, cooling pipes, heat dissipation areas, and the use of water cooling. Future outlooks and proposals for improving the design are also discussed.

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TT-PET Meeting

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  1. Updates on TOWER thermal simulations TT-PET Meeting April 28th, 2016 Sebastien Michal Franck Cadoux This follows the firstsimulationspresentedby Sebastien on the 21st of April… Check the effect of replacing the SiO2 by a flex… DPNC, Tower simulation

  2. SiO2 • CAD model • No adhesive in between the layers • 1 sideforcooling Bismuth Silicon Heat dissipated area 24 W on silicon 2 mm TT-PET Meeting Updates on TOWER thermal simulations Cooling pipes 1.3 mm ID 0.1 mm WT 6 cm 5mm Loaded epoxy K = 1.4 W.m-1.k-1 DPNC, Tower simulation

  3. REMINDER: Last weekresults (using ANSYS, Sebastien) Watercooling at 5°C Heattransfercoefficient: 1000 W.m-2.k-1 24 W heatflux, the side bloc is in Al2O3 (20 W/m.K) TT-PET Meeting Updates on TOWER thermal simulations 4°C ∆T on detector…1°C is requested at first DPNC, Tower simulation

  4. Resultswith Abaqus (slightly different channelshape) Watercooling at 5°C Heattransfercoefficient: 1000 W.m-2.k-1 24 W heatflux, the side bloc is in Al2O3 (20 W/m.K) TT-PET Meeting Updates on TOWER thermal simulations DPNC, Tower simulation

  5. Resultswith Abaqus (slightly different channelshape) SiO2 Bismuth TT-PET Meeting Updates on TOWER thermal simulations Si detector Si Chip (heatgenerator) Epoxy glue DPNC, Tower simulation

  6. Resultswith Abaqus (slightly different channelshape) Watercooling at 5°C Heattransfercoefficient: 1000 W.m-2.k-1 24 W heatflux, the side bloc is in Al2O3 (20 W/m.K) 2.5°C ∆T on detector…1°C is requested at first TT-PET Meeting Updates on TOWER thermal simulations From 16 to 18.5 °C DPNC, Tower simulation

  7. Resultswith Abaqus (check with SiO2 replacement…) Watercooling at 5°C Heattransfercoefficient: 1000 W.m-2.k-1 24 W heatflux, the side bloc is in Al2O3 (20 W/m.K) 2.5°C ∆T on detector…1°C is requested at first TT-PET Meeting Updates on TOWER thermal simulations About the same as before… DPNC, Tower simulation

  8. Outlooks… • Estimate by hand calculation the h coeffgiven the velocity thru the channels… with Water. • Estimate the Delta T between Inlet and Outlet…so far this is neglected in FEA! • Propose some overall manifolding design …to limit the above delta T (Inlet/Outlet) • Why not trying with a first aluminum 3D printed cooling block? TT-PET Meeting Updates on TOWER thermal simulations DPNC, Tower simulation

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