The implementation follows the plans drawn by the integration group (slides from Catherine Clerc) 1.Gap between barrel Ecal and barrel Hcal 2.Gap between.

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Presentation transcript:

The implementation follows the plans drawn by the integration group (slides from Catherine Clerc) 1.Gap between barrel Ecal and barrel Hcal 2.Gap between barrels and endcaps 1)Services in the Ecal and Hcal zone 2)TPC endplates cooling Implemented as driver SServices00. 1 Dead matter simulation in the ILD detector model Catherine Clerc, Gabriel Musat and Paulo Mora de Freitas LLR - Ecole polytechnique

Dans les deux cas 3 Rails Alu x Z side: Three modules +Z side: Two modules Mechanics design (from Catherine Clerc) Implementation in Mokka 1.Gap between barrel Ecal and barrel Hcal

2. Gap between barrels and endcaps 3

Support SS 1.5 cm Polyethylene 2.75 cm Cu 0.82 cm Polyethylene 1.24cm Cu 0.52 cm -Z side 4 Services in the Ecal and Hcal zone: mechanics design (from Catherine Clerc)

Polyethylene 0.83 cm Cu 0.35cm Support SS 1.5 cm Polyethylene 2.56 cm Cu 0.74 cm +Z side 5 Services in the Ecal and Hcal zone: mechanics design (from Catherine Clerc)

Vapor return ring 10x2.8 mm² Liquid supply ring 7x2.7 mm² 6 Cooling tubes 4x1.9 mm² rings of equivalent thickness in copper ? 6 TPC endplates cooling : mechanics design (from Catherine Clerc) ID cmOD cm section ID cm² section CuCu/ODR (approximate) Liqid supply0,50,70,196250,384650,18840, vapor return0,810,50240,7850, cooling tube0,250,40, ,12560, ,

Implementation in Mokka: view of all implemented services TPC endplates cooling Ecal, Hcal and partial TPC services (details hidden) Ecal and partial TPC services Ecal services