The LLB is part of a large project aiming at the development of experimental tools available for the spintronics community. This includes the design and construction of vector magnets for neutron and X-ray scattering (deployed on the Léon Brillouin-Orphée and Synchrotron SOLEIL TGIRs: neutron diffractometer 6T2 and XMRS Sextants). For neutron scattering, a very innovative design has been developed, relying solely on the use of vertical axis coils. This magnet called WAVE (for Wide Aperture VEctor) is now available at the LLB-Orphée for the user community.
C.Berriaud, G.Aubert, A.M.Bataille, P.Brédy, A.Daël, S.Klimko, P.Lavie, J.L.Meuriot, F.Nunio, A.Peugeot, J.M.Rifflet, T.Robillard and D.Simon, 24th International Conference on Magnet Technology, 2015, 1 Po BC-07.
4.
N.B.Doan, LLB Young Researcher Day, 2018.
5.
S.Petit and A.M.Bataille, Agence Nationale de la Recherche (2016), Project-ANR-16-CE09-0009.
6.
Y.Song, A.Four and B.Baudouy, Nucleate boiling heat transfer in a helium natural circulation loop coupled with a cryocooler, International Journal of Heat and Mass Transfer66 (2013), 64–71. doi:10.1016/j.ijheatmasstransfer.2013.07.002.
7.
F.Visentin and B.Baudouy, in: Helium Two-Phase Flow in a Thermosiphon Open Loop, Comsol Conference, Milan, 2009.
