High Magnetic Fields: Applications, Generation and Materials

Abstract

Part 1 Future industrial applications: application of magnetic resonance to industrial process control, I.L. Pykett processing of polymers in high magnetic fields, E.P. Douglas et al. Part 2 Applications of magnetic fields in science: multidimensional solid state NMR and imaging in high magnetic fields, H.W. Spiess quantum oscillations in low-dimensional metals to 36 T at low temperatures - application of the dysprosium field enhancement method, J.S. Brooks et al. Part 3 Generation of high magnetic fields: recent progress on high homogeneity magnets at Oxford Instruments, N. Killoran large magnet systems at the National High Magnetic Field Laboratory - present and future, J.R. Miller. Part 4 Materials for magnets: designing Nb3Sn conductors for high field applications, J.C. McKinnell copper nickel beryllium - the nucleus of high field resistive magnetic systems, S. Ali et al. Part 5 Cryomagnetic technologies: refrigerators and interfaces for small high field magnets, R.C. Longsworth He II cooling for large superconducting magnets, S.W. Van Sciver. Part 6 Magnetic laboratories - user facilities and partners: future plans for high field magnets at Tsukuba Magnet Laboratories, H. Maeda the National High Magnetic Field Laboratory - partnerships in advanced technolgies, J.E. Crow. (Part contents).