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Fluorocarbon evaporative cooling developments for the ATLAS pixel and semiconductor tracking detectors (2000) |
- Anderssen, E,
- Bintinger, D L,
- Berry, S,
- Bonneau, P,
- Bosteels, Michel,
- Bouvier, P,
- Cragg, D,
- English, R,
- Godlewski, J,
- Górski, B,
- Grohmann, S,
- Hallewell, G D,
- Hayler, T,
- Ilie, S,
- Jones, T,
- Kadlec, J,
- Lindsay, S,
- Miller, W,
- Niinikoski, T O,
- Olcese, M,
- Olszowska, J,
- Payne, B,
- Pilling, A,
- Perrin, E,
- Sandaker, H,
- Seytre, J F,
- Thadome, J,
- Vacek, V
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Abstract |
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Heat transfer coefficients 2-5.103 Wm-2K-1 have been measured in a 3.6 mm I.D. heated tube dissipating 100 Watts - close to the full equivalent power (~110 W) of a barrel SCT detector "stave" - over a range of power dissipations and mass flows in the above fluids. Aspects of full-scale evaporative cooling circulator design for the ATLAS experiment are discussed, together with plans for future development. |
Publication details |
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