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Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation

In this proposal, where the hydraulic regime (laminar) of the liquid (monophase) is simple, analytical recipes can be worked out. They show clearly the scaling laws in the relation from coolant pressure budget to panel temperature chart. If the line length is irreducible, then the individual channel...

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Autor principal: Wertelaers, P
Publicado: 2010
Materias:
Acceso en línea:http://cds.cern.ch/record/1247561
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author Wertelaers, P
author_facet Wertelaers, P
author_sort Wertelaers, P
collection CERN
description In this proposal, where the hydraulic regime (laminar) of the liquid (monophase) is simple, analytical recipes can be worked out. They show clearly the scaling laws in the relation from coolant pressure budget to panel temperature chart. If the line length is irreducible, then the individual channels cannot become arbitrarily small, even if, then, there can be many to take the total thermal load. The reason is that the "capacitive" component would explode. Apart from showing this, the Note also discusses cross-coupling effects between adjacent U-shaped channels.
id cern-1247561
institution Organización Europea para la Investigación Nuclear
publishDate 2010
record_format invenio
spelling cern-12475612019-09-30T06:29:59Zhttp://cds.cern.ch/record/1247561Wertelaers, PSilicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulationDetectors and Experimental TechniquesIn this proposal, where the hydraulic regime (laminar) of the liquid (monophase) is simple, analytical recipes can be worked out. They show clearly the scaling laws in the relation from coolant pressure budget to panel temperature chart. If the line length is irreducible, then the individual channels cannot become arbitrarily small, even if, then, there can be many to take the total thermal load. The reason is that the "capacitive" component would explode. Apart from showing this, the Note also discusses cross-coupling effects between adjacent U-shaped channels.PH-EP-Tech-Note-2010-009oai:cds.cern.ch:12475612010-03-08
spellingShingle Detectors and Experimental Techniques
Wertelaers, P
Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title_full Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title_fullStr Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title_full_unstemmed Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title_short Silicon microchannel cooling panel for NA62 Giga-Tracker, proposal G.Nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid C6F14 circulation
title_sort silicon microchannel cooling panel for na62 giga-tracker, proposal g.nuessle : a first thermo-hydraulic layout attempt for use with monophase, liquid c6f14 circulation
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/1247561
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