Conveners
Facilities: I
- Jan-Hendrik Arling (Deutsches Elektronen-Synchrotron (DESY))
Facilities: II
- Carlos Marinas Pardo (Univ. of Valencia and CSIC (ES))
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Dr Sven Ackermann (Deutsches Elektronen-Synchrotron (DE))19/05/2025, 14:20Talk
The DESY II Test Beam Facility is looking back at another successful year.
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In this contribution, a review is given over the test beam period 2024 and the running period 2025. This includes the current status of the facility as well as recent developments of the infrastructure, improvements for the user community, and noteworthy events.
In addition, the current developments for the future of... -
Nathaniel Joseph Pastika (Fermi National Accelerator Lab. (US))19/05/2025, 14:40Talk
Fermilab plays host to the Fermilab Test Beam Facility(FTBF) and the Irradiation Test Area (ITA). The FTBF is one of the highest energy proton facilities in the world which is dedicated to helping experimenters develop, test, and calibrate particle detectors. The Fermilab accelerator complex delivers a 120 GeV primary proton beam and secondary/tertiary beams of varying momenta and particle...
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Maarten Van Dijk (CERN)19/05/2025, 15:00Talk
The CERN secondary beamlines of the North and the East Area deliver beams of secondary and tertiary particles, as well as attenuated primary protons and ions. These beams are driven by the SPS and PS accelerators, and used for fixed target experiments and beam tests. Protons with 24 GeV/c at the PS and with 400 GeV/c at the SPS produce typically hadrons, electrons, and muons within a wide...
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Laurie Nevay (CERN)19/05/2025, 15:20Talk
The CERN secondary beamlines of the North and the East Area deliver a huge variety of secondary and tertiary beams, as well as attenuated primary proton and ion beams. The East Area was recently renovated with work finishing in 2021. The North Area will undergo a significant renovation in two phases with the first starting in the upcoming Long Shutdown 3.
This talk will present an overview...
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Martin R. Jaekel (CERN)19/05/2025, 15:40Talk
CERN provides a wide range of testbeam opportunities to an ever increasing user base, with its 4 multi-user beamlines on the SPS North Area (H2,H4,H6,H8), 3 multi-user beam lines on the PS East Area (T9,T10,T11), 3 complimentary irradiation facilities (GIF++, IRRAD, CHARM) and several fixed target beamlines dedicated to specific long term experiments. While the technical description of the...
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Yuji Enari (KEK High Energy Accelerator Research Organization (JP))19/05/2025, 16:30Talk
At KEK an electron test beam facility with beam momentum up to 5.5 GeV has been established since 2022. Usually the beam is available for sensor testing for three periods (May-June, Oct-Dec and Feb-Mar) in each year in total about 5.5 months. The beam rate at 3 GeV is more than 2 kHz with beam spot size of 2 cm (1 cm) in horizontal (vertical) direction in RMS.
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We have a plan to improve the... -
Prof. Hantao Jing19/05/2025, 16:50Talk
The High-energy Proton Experiment Station (HPES) is currently being constructed at China Spallation Nuetron Source (CSNS) in China. A 1.6-GeV proton beam is extracted from the Rapid Cycling Synchrotron of CSNS and guided to the experimental station. The extremely weak proton beam is prepared for tests of the advanced detector or electrics, and HPES is designed to serve as an advanced platform...
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Mr Luca Gennaro Foggetta (INFN)19/05/2025, 17:10Talk
The DAFNE Beam Test Facility (BTF) at INFN Laboratori Nazionali di Frascati (INFN-LNF) provides primary and secondary electron (positron) beams for detector development, calibration, and various fixed target experiments. The DAFNE-LINAC feeds BTF with primary electron (positron) beams whose operational energy, charge and pulse duration can be also adjusted.
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Through optimized use of primary...