WaveCatcher and SAMPIC International Workshop

Session

Session 2

7 févr. 2018, 11:20

200/0-Auditorium - Auditorium P. Lehmann (IJCLab)

Présidents de session

Session 2

• Jihane Maalmi (CNRS-LAL)

7. WaveCatcher analysis software development and aplications

Andrii Natochii (CNRS-LAL), Leonid Burmistrov (CNRS - LAL)

07/02/2018 11:20

Within this work we shortly represent analysis software for WaveCatcher raw data treatment. The software is based on C++ and root libraries, bash is used to run analysis scrips.
Different modules are developed for binary/ASCII and/or measurements/rates/waveform treatment.
The analysis path have tree main steps :
1) Conversion of WaveCatcher raw data into the root format.
2.1) waveform analysis...

6. Proton flux monitor(s) for the UA9 Experiment

Sebastien Dubos (CNRS-LAL)

07/02/2018 11:45

The possible use of bent crystals for beam-manipulation in particle accelerators is currently investigated by the UA9 collaboration at CERN. One application could be the upgrade of collimation system for hardron colliders such as LHC - with an improved cleaning efficiency of the beam halo and a reduced impedance of the machine.
Investigation of this channeling process close to a circulating...

8. Linux WaveCatcher Interface at IPN and its future developments

Tijani Id barkach (IPNO)

07/02/2018 12:10

The institute of Nuclear Physics of Orsay is a leader
laboratory for the developpement of silicon detectors devoted to
ion detection. A main approach of its researches is related to the
use of the current signal shape to identify the particle. For the
purpose of putting together testing means for the AGAT
experiment and the GASPARD project, the IPN and the CSNSM
have created a LINUX interface...

9. Use of a diamond-detector and Wavecatcher for real-time monitoring of gamma beams

Themis Williams (CNRS-LAL)

07/02/2018 12:35

We are developing a real-time monitoring system using a diamond-detector and a Wavecatcher to characterise the gamma source at ELI-NP, a new nuclear research facility in Romania. The main technological challenge is to obtain the necessary information from 32 consecutive pulses of gammas separated from one another by 16 ns. Two preliminary experiments have been performed at existing Compton...