David Rodrguez Pieiro Mainz University OLYMPUS Collaboration Meeting
David Rodríguez Piñeiro Mainz University OLYMPUS Collaboration Meeting DESY 28. 06. 2010 OLYMPUS Collaboration Meeting Luminosity Monitor Symmetric. Möller/Bhabha Calorimeter 28/06/2010
Symmetric Möller/Bhabha 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. - Main Support 5. - Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 2
Symmetric Möller/Bhabha Space Used 1. – Space Used in 300 mm the Experiment 1150 mm 2. – Composition 3. – Interference The Symmetric Möller will cover the space between the TOF and Coils frames 700 mm 28/06/2010 4. – Main Support 5. – Summary 780 mm David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 3
Symmetric Möller/Bhabha 2. – Composition 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 4
Symmetric Möller/Bhabha Crystal Hosting 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary Crystals will be hosted in a Mumetall. Box 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 5
Symmetric Möller/Bhabha Crystal Hosting 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary The Lid of the Box will be provided Black Foam in order to make it Light Tight 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 6
Symmetric Möller/Bhabha Crystal Hosting 1. – Space Used in Patch Panelon the box wall the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary Connectors for Voltageand Signal Optical Fiber Patch Panel 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 7
Symmetric Möller/Bhabha Crystal Hosting 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary View from Top 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 8
Symmetric Möller/Bhabha Gauss New Magnetic Simulations 10 e 6 10 e 4 Not Final Design 10 e 2 1 10 e-2 Simulations by Yang Guangliang. Thanks to Inti Lehmann Field Inside the Box < 0, 01 Gauss: More than OK 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 10 e-4 9
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 10
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 11
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 12
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 13
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 14
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 15
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 16
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 17
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 18
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 19
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 20
Symmetric Möller/Bhabha Details 1. – Space Used in the Experiment Glued 2. – Composition 3. – Interference Bolted 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 21
Symmetric Möller/Bhabha Details 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary Beam Movementdue to Beam Adjustment 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 22
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment Lead Brick Shield (~70 Kg) 2. – Composition Collimator (~25 Kg) 3. – Interference 4. – Main Support 5. – Summary Beam 28/06/2010 Accurate Rails System The Box will be Controlled Remotely David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 23
Symmetric Möller/Bhabha Full Assembly 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 24
Symmetric Möller/Bhabha 3. – Interference 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 25
Symmetric Möller/Bhabha Interferences 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary New windowsdesign by Jim Kelsey Rectangular Section 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 26
Symmetric Möller/Bhabha Interferences 1. – Space Used in the Experiment 2, 0 Ge. V 1, 295º 2, 3 Ge. V 1, 207º Region 1 Moller Box – Beam Pipe Region 2 Beam Pipe Windows Region 3 Button Monitor Region 4 Target Cell 4 28/06/2010 4, 5 Ge. V 0, 863º New windowsdesign by Jim Kelsey 3 Rectangular Section 2 2. – Composition 3. – Interference 4. – Main Support 5. – Summary 1 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 27
Symmetric Möller/Bhabha 2, 0 Ge. V – 1, 295º – Region 1 1. – Space Used in the Experiment 2. – Composition 9, 76 mm 3. – Interference 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 28
Symmetric Möller/Bhabha 2, 0 Ge. V – 1, 295º – Region 2 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 2, 90 mm 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 29
Symmetric Möller/Bhabha 2, 0 Ge. V – 1, 295º – Region 3 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 2, 18 mm 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 5. – Summary 30
Symmetric Möller/Bhabha 2, 0 Ge. V – 1, 295º – Region 4 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary Clash at the end of Target Cell 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 31
Symmetric Möller/Bhabha 2, 3 Ge. V – 1, 207º – Region 1 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4, 48 mm 4. – Main Support 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 32
Symmetric Möller/Bhabha 2, 3 Ge. V – 1, 207º – Region 2 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 7, 71 mm 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 5. – Summary 33
Symmetric Möller/Bhabha 2, 3 Ge. V – 1, 207º – Region 3 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 4, 08 mm 5. – Summary 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 34
Symmetric Möller/Bhabha 2, 3 Ge. V – 1, 207º – Region 4 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 0, 86 mm 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 5. – Summary 35
Symmetric Möller/Bhabha 4, 5 Ge. V – 0, 863º – Region 1 1. – Space Used in the Experiment 2. – Composition 3. – Interference 4. – Main Support 5. – Summary Very Small Angle; Clash: No Hitin the Middle of Middle Crystal 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 36
Symmetric Möller/Bhabha 4, 5 Ge. V – 0, 863º – Region 2 1. – Space Used in the Experiment 2. – Composition 0, 74 mm 3. – Interference 4. – Main Support 5. – Summary Regions 3 and 4 OK at 4, 5 Ge. V 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 37
Symmetric Möller/Bhabha 4. – Main Support 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 38
Symmetric Möller/Bhabha Aluminium Profiles 1. – Space Used in the Experiment 2. – Composition 40 mm 3. – Interference 4. – Main Support 40 mm Vacuum System Support Beams 5. – Summary Total Weight: 450 Kg 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 39
Symmetric Möller/Bhabha Aluminium Profiles 1. – Space Used in the Experiment Full Load 2. – Composition 3. – Interference 4. – Main Support Safety Factor > 2, 5 5. – Summary Regarding the elastic limit 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 40
Symmetric Möller/Bhabha Aluminium Profiles 1. – Space Used in the Experiment Full Load 2. – Composition 3. – Interference 4. – Main Support Total Deformation 5. – Summary < 0, 06 mm 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 41
Symmetric Möller/Bhabha Summary Space Takenup to the TOF and Coils Frames 1. – Space Used in the Experiment 2. – Composition Crystals Hosted in a Mumetall. Box 3. – Interference Lead Brick Shielddue to Beam Adjustment Support: Aluminum Profiles to Vacuum System Support Beam 4. – Main Support 5. – Summary Better Clearancewith the latest vacuum system design 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 42
Symmetric Möller/Bhabha Thank you! Personal Contact: d. rodriguezpineiro@gsi. de Tel: +49 (0) 6159171/1634 web. mit. edu/OLYMPUS 28/06/2010 David Rodríguez Piñeiro - Mainz University - OLYMPUS Meeting 43
- Slides: 43