Radiation Effects on Superconductivity: Proceedings of the International Discussion Meeting on Radiation Effects on Superconductivity, Argonne, Illinois, USA, 13-16 June 1977Bruce S. Brown, Herbert C. Freyhardt, T. H. Blewitt |
Contents
W Schilling Radiation induced damage in metals | 2 |
Freyhardt and V Graeger Flux pinning in heavy | 34 |
P H Kes D De Klerk and G P Van Der Mey Influence | 40 |
Copyright | |
9 other sections not shown
Common terms and phrases
A-15 compounds A.R. Sweedler alloys anisotropy approximately Argonne National Laboratory atoms B.S. Brown blanket/shield calculated clusters coil critical current density critical field curve decrease dependence discussed dislocation loop disorder displacement dose electron energy été experimental experiments fast neutron films fluence flux line flux pinning fluxoid force density Frenkel defects Freyhardt function increase inhomogeneities interaction force interstitials ion implantation Ischenko isochronal Labusch lattice parameter layer Lett low temperature magnetic field material maximum measured metals n/cm² Nb-Ti Nb3 Sn Nb3Ge NbTi neutron fluence niobium observed oxygen peak phonon Phys pinning centers plotted radiation damage radiation effects radiation induced range reactor recovery reduced region samples saturation shown in fig shows Söll specimens structure summation superconducting properties theory thickness tion tokamak transition temperature unirradiated V3Ga V3Si vacancy vanadium void volume pinning force