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RIS citation export for MOPTS027: Conceptual Design of the Proton LINAC for the High Brilliance Neutron Source HBS

TY  - CONF
AU  - Podlech, H.
AU  - Baggemann, J.
AU  - Brückel, Th.
AU  - Böhm, S.
AU  - Cronert, T.
AU  - Doege, P.-E.
AU  - Droba, M.
AU  - Gutberlet, T.
AU  - Kümpel, K.
AU  - Lamprecht, S.
AU  - Li, J.
AU  - Mauerhofer, E.
AU  - Meusel, O.
AU  - Petry, N.F.
AU  - Rücker, U.
AU  - Schneider, P.P.
AU  - Schwarz, M.
AU  - Zakalek, P.
AU  - Zhang, C.
ED  - Boland, Mark
ED  - Tanaka, Hitoshi
ED  - Button, David
ED  - Dowd, Rohan
TI  - Conceptual Design of the Proton LINAC for the High Brilliance Neutron Source HBS
J2  - Proc. of IPAC2019, Melbourne, Australia, 19-24 May 2019
CY  - Melbourne, Australia
T2  - International Partile Accelerator Conference
T3  - 10
LA  - english
AB  - Due to the decommissioning of several research reactors there will be a severe drop in available neutrons for research in Europe in the next decade despite the commissioning of the European Spallation Source (ESS). Compact accelerator-based neutron sources (CANS) could close this gap. The High Brilliance Neutron Source (HBS) currently under development at Forschungszentrum Jülich is scalable in terms of beam energy and power due to its modular design. The driver Linac for HBS at will accelerate a 100 mA proton beam to 70 MeV. The Linac is operated with a beam duty cycle of up to 6% (11% RF duty cycle) and can simultaneously deliver three proton pulse lengths (384 Hz@52 mu-s, 96 Hz@208 mu-s and 24 Hz@832 mu-s) for three neutron production targets. In order to minimize the development effort and the technological risk, state-of-the-art technology of the MYRRHA injector is used. The front end of the HBS Linac consists of an ECR source, LEBT and a 2.5 MeV RFQ followed by a CH-DTL with 35 room temperature CH-cavities. All RF structures are operated at 176.1 MHz and are designed for high duty cycle. Solid-state amplifiers up to 500 kW are used as RF drivers. Due to the beam current and the high average beam power of up to 420 kW, particular attention is paid to beam dynamics. In order to minimize losses, a quasi-periodic lattice with constant negative phase is used. The contribution describes the conceptual design and the challenges of such a modern high power proton accelerator with high reliability and availability.
PB  - JACoW Publishing
CP  - Geneva, Switzerland
SP  - 910
EP  - 913
KW  - linac
KW  - rfq
KW  - cavity
KW  - neutron
KW  - proton
DA  - 2019/06
PY  - 2019
SN  - 978-3-95450-208-0
DO  - DOI: 10.18429/JACoW-IPAC2019-MOPTS027
UR  - http://jacow.org/ipac2019/papers/mopts027.pdf
ER  -