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RIS citation export for THP047: Progress of TRIUMF Beta-SRF Facility for Novel SRF Materials

AU  - Thoeng, E.
AU  - Baartman, R.A.
AU  - Junginger, T.
AU  - Kolb, P.
AU  - Laxdal, R.E.
AU  - Matheson, B.
AU  - Morris, G.
AU  - Muller, N.
AU  - Saminathan, S.
ED  - Michel, Peter
ED  - Arnold, André
ED  - Schaa, Volker RW
TI  - Progress of TRIUMF Beta-SRF Facility for Novel SRF Materials
J2  - Proc. of SRF2019, Dresden, Germany, 30 June-05 July 2019
CY  - Dresden, Germany
T2  - International Conference on RF Superconductivity
T3  - 19
LA  - english
AB  - SRF cavities made with bulk Nb have been the backbone of high-power modern linear accelerators. Demands for higher energy and more efficient linear accelerators, however, have strained the capabilities of bulk Nb close to its fundamental limit. Several routes have been proposed using thin film novel superconductors (e.g. Nb₃Sn), SIS multilayer, and N-doping. Beta-NMR techniques are more suitable for the characterization of Meissner state in these materials, due to the capability of soft-landing radioactive ions on the nanometer scale of London penetration depth, as compared to micrometer probe of the muSR technique. Upgrade of the existing beta-NQR beamline, combined with the capability of high parallel magnetic field (200 mT) are the scope of the beta-SRF facility which has been fully funded. All hardware required for the upgrade has also been procured. The status of the commissioning, which is currently in phase I, is reported here, together with the future schedule of phase II with the fully installed beta-SRF beamline. Finally, the detail layout of the completed beamline and sample requirements will be included in this paper which might be of interest of future users.
PB  - JACoW Publishing
CP  - Geneva, Switzerland
SP  - 964
EP  - 967
KW  - cavity
KW  - optics
KW  - niobium
KW  - radio-frequency
DA  - 2019/08
PY  - 2019
SN  - 978-3-95450-211-0
DO  - doi:10.18429/JACoW-SRF2019-THP047
UR  - http://jacow.org/srf2019/papers/thp047.pdf
ER  -