DESY 2017 BT demand P r o j e c t n a m e a n d s h o r t d e s c r i p t i o n : C A L I C E S i W - E C A L – A n i m a g i n g E C A L f o r t h e I L D ; t h i s t e c h n o l o g i c a l p r o t o t y p e f e a t u r e s 1 2 l a y e r s ( 1 2 k c h a n n e l s ) s e p a r a t e d b y a v a r i a b l e amount of tungsten (0–2X0). – Responsible Person : Vincent Boudry – Participating Groups: CNRS-LLR, CNRS-LAL, CNRS-LPNHE, CNRS-LPSC + (optionally) U. Kyushu, – Number of requested weeks: 2 weeks – Preferred month(s) : June – Required infrastructure (beam telescope, magnetic field, gas, stages) : optionally EUDET/AIDA beam telescope – Irradiated samples: None 1/4 Vincent.Boudry@in2p3.fr
The purpose of the BT are two fold: 1- test our devices (10 layers of Silicon-Tungsten) first without B-field in «quiet condition»: we suffered from the noisy environment at CERN in June, and want to insure that we get all the devices running. DESY is for this much more relax that CERN: less stress and low energy electron beam + support from our DESY colleagues. 2- If possible (i.e. goal 1 achieved) run them in the magnetic field with the highest possible field, so that we check that Power pulsing in B field is possible, in transverse (Barrel case) and longitudinal (endcap case) directions. Our device is ~ 45 cm in height and depth × ~80 cm in width. 2/4 Vincent.Boudry@in2p3.fr
Physics program “As many SLABs as possible” ⇒ 5–10 Run with electrons – Punch through (no W) • C h e c k r e s p o n s e o f m i p l i k e a t l o w r a t e s – O p t i o n a l l y a t a n g l e ( 4 5 ° ) → × √ 2 i n m e a n s i g n a l • vary beam & DAQ rate & conditions (Nb of SLABs) – Comparison with cosmics – Full calorimeter (20 X 0 ): • Check response with beam & DAQ rate & conditions (Nb of SLABs) – Test a couple of SLAbs in B field • PCMAG (1Tesla Solenoid Ø≈85 cm, TB24/1), but the telescope would not fit in easily and the weight might be a problem. 3/4 Vincent.Boudry@in2p3.fr
4/4 Vincent.Boudry@in2p3.fr
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