@comment{ generated by <http://infoscience.epfl.ch/> }

@InProceedings{EPFL-CONF-154098,
   abstract    = {The change of length upon heat treatment of steel
                 jacketed, Nb3Sn cable-in-conduit conductors (CICC) is
                 driven by the difference of coefficient of thermal
                 expansion between Nb3Sn and the other components. The
                 cold work of the steel jacket also plays an important
                 role. During the preparation of CICC samples for test in
                 the SULTAN facility, the change in length has been
                 systematically measured for 16 sections of CICC. The
                 broad range of changes, from elongation to shrinkage, is
                 a concern for the manufacture of the ITER toroidal field
                 (TF) coils, where the shape/length of the conductor after
                 heat treatment must be exactly predicted to fit into the
                 radial plates.},
   affiliation = {EPFL},
   author      = {Bruzzone, P. and Wesche, R. and Cau, F.},
   booktitle   = {{IEEE} {T}rans. Appl. Supercond.},
   details     = {http://infoscience.epfl.ch/record/154098},
   doi         = {10.1109/TASC.2010.2042584},
   extra-id    = {000283559900085},
   issn        = {1051-8223},
   keywords    = {superconductivity},
   location    = {Anhui, PEOPLES R CHINA},
   oai-id      = {oai:infoscience.epfl.ch:154098},
   oai-set     = {conf},
   pages       = {470--473},
   publisher   = {IEEE},
   review      = {REVIEWED},
   status      = {PUBLISHED},
   submitter   = {105759},
   title       = {Results of thermal {S}train and {C}onductor {E}longation
                 upon {H}eat {T}reatment for {N}b3{S}n
                 {C}able-in-{C}onduit {C}onductors},
   unit        = {CRPP},
   volume      = {20},
   year        = 2010
}