β Scribed by J.T. Wood; J.D. Embury; M.F. Ashby
No coin nor oath required. For personal study only.
In this paper, the physical principles and design criteria for materials selection for high-field, pulsed magnets is discussed. Selection charts are developed based on the design constraints of minimizing ohmic heating and resisting Lorentz forces. Using the selection charts, the merits of various materials are compared. The effects of processing techniques on the material properties and, therefore, the performance of the magnet design are illustrated with the use of selection charts. This leads finally to a discussion of development vectors for composite winding materials. Copyright 0 2997 Acta Metallurgica Inc.
π SIMILAR VOLUMES
Solid state NMR techniques have been developed to investigate dynamic molecular effects (e.g., molecular reorientations) due to simultaneously applied external electric fields on electrically sensitive materials such as liquid crystals (LC), liquid crystalline polymers (LCP) and polymeric electrets.