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Water-filled Room and Pool Concepts for Crude Sizing of Near Hall Muon Veto Detector

This concept explores the use of water-filled rooms and pools as detectors for muon veto systems. The design includes details such as access points, overflow tanks, and electronics racks. The concept offers two variations - a room behind a dam and a water-filled pool with a tunnel entrance.

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Water-filled Room and Pool Concepts for Crude Sizing of Near Hall Muon Veto Detector

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  1. 2 concepts for crude sizing of near hall muon veto detector and water pool sizebill edwards w/ drwgs by ken chowMarch 9th, 2006

  2. 1) Water-filled Room Behind a Dam

  3. Concept - Filled Room Behind a Dam Detector final prep in front of dam (cleaning, auxiliary equipment, etc.) Detector room Overhead crane along full length (not shown)

  4. Details (imagine 5m vertical Tanks) Access to detector internal volumes Ladder access to upper platform Electronics rack Overflow tanks Rails Water plug

  5. B B Side view of detector room A A

  6. Front view in front of detector (again, imagine 20T vertical tanks) Water level Aquarium

  7. 2) Water-filled pool

  8. Concept - water-filled pool TUNNEL ENTRANCE Detector

  9. Side view of detector over pool detector

  10. End view of detector and pool (imagine 20T vertical tanks)

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