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SHiP Internal Notes

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2019-07-17
10:22
Comparative Study of Conditions Databases / Bhatnagar, P (University of Technology Eindhoven) ; De Almeida Calheiros, G (Univversity of Technology Eindhoven) ; Fratte, D (Univversity of Technology Eindhoven) ; Karmas, K (University of Technology Eindhoven) ; Megerdoumian, A (Univversity of Technology Eindhoven) ; Satria, D (Univversity of Technology Eindhoven) ; Tassew, B (Univversity of Technology Eindhoven) /SHiP Collaboration
CERN-SHiP-INT-2019-003.- Geneva : CERN, 1998 Fulltext: PDF;

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2019-06-27
11:20
Hit Rates in the Spectrometer Straw Tracker from Simulation / Sukhonos, Daniil (Hamburg University (DE)) ; Ferro-Luzzi, Massimiliano (CERN) ; Ruf, Thomas (CERN) /SHiP Collaboration
The main goal of this study is to estimate the background rate in the straw tube spectrometer tracker created by muons, which passed the hadron absorber after the target of SHiP. The influence of extra supporting material around the stations was tested alongside with the implementation of realistic magnetic field map for the spectrometer magnet and Scattering and Neutrino Detector magnetic field using the FairShip simulation framework [...]
CERN-SHiP-INT-2019-002.- Geneva : CERN, 2019

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2019-04-18
11:24
Normalisation of proton flux during muon flux beam test. / Dijkstra, Hans (CERN) /SHiP Collaboration
The SHiP collaboration measured the expected muon flux in the experiment by installing a replica of the SHiP target in a 400 GeV/c proton beam at H4~\cite{flux}. This note addresses the normalisation of the proton flux during the beam-test..
CERN-SHiP-INT-2019-001.- Geneva : CERN, 2019 Normalisation of muon flux.: PDF;

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2018-12-21
15:38
The CERN-2017 engineering design concept of a generic straw station for the Spectrometer Tracker / Wertelaers, Piet (CERN) ; Perez, Alexandre (CERN) ; Ferro-Luzzi, Massimiliano (CERN) /SHiP Collaboration
This Note discusses a technical concept based on three core items : assembled straw units, uncompromised straw traction, top loader in vacuum tank. Various technical discussions are subcontracted to the appendices included..
CERN-SHiP-INT-2018-001.- Geneva : CERN, 2018 the PDF file, generated on 18 january 2019: PDF; updated version with corrections: PDF;

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2017-10-20
12:38
DAQ Framework for the 2018 combined beam tests / Gorbounov, Petr (Institute for Theoretical and Experimental Physics (RU)) /SHiP Collaboration
This short note outlines the proposed DAQ framework for the 2018 combined tests beam measurements of the muon flux [1], with the DT and RPC detectors, and of the associated charm production [2], with the DT, RPC, Pixel and SciFi detectors. The framework will be trigger-driven [...]
CERN-SHiP-INT-2017-004.- Geneva : CERN, 2017 Fulltext: 1.PDF;

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2017-10-10
09:50
shipBuild: Improving the FairShip build experience with aliBuild / Munkes, Philipp Alexander (Westfaelische Wilhelms-Universitaet Muenster (DE)) /SHiP Collaboration
In order to optimize the performance of the experiment, simulations are performed using the FairShip framework, which is based on FairRoot. FairRoot itself depends on a collection of software packages called FairSoft. [...]
CERN-SHiP-INT-2017-003.- Geneva : CERN, 2017 Fulltext: PDF;

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2017-10-10
09:45
Profiling FairShip to identify hotspots / Munkes, Philipp Alexander (Westfaelische Wilhelms-Universitaet Muenster (DE)) /SHiP Collaboration
The FairShip software was profiled with the Intel Parallel Studio XE 2017 software in search for computational Hotspots as a target for code optimization. No such Hotspots could be identified in the HNL simulation case. [...]
CERN-SHiP-INT-2017-002.- Geneva : CERN, 2017 Fulltext: PDF;

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2017-08-22
10:11
Description of the SHiP FixedTargetGenerator / Ruf, Thomas (CERN) ; Van Herwijnen, Eric (CERN) /SHiP Collaboration
This note describes the simulation of fixed target collisions for the SHiP experimental setup within the FairShip framework..
CERN-SHiP-INT-2017-001.- Geneva : CERN, 2017 Fulltext: PDF;

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2016-06-22
13:56
Readout Control Specifications for the Front-End and Back-End of SHiP / Jonker, Michael (CERN) /SHiP Collaboration
The SHiP Trigger and Data Acquisition system is a trigger less system. A continuous flow of data is directed from the subdetectors’ frontend acquisition electronics to event filter processes in a central processing farm. [...]
CERN-SHiP-INT-2016-001.- Geneva : CERN, 2016 Fulltext: PDF.PDF;

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