Abstract
Work on pulsed and superconducting magnets is reviewed. Several coil materials and techniques were tested. At fields near 220 kG, a single spiral coil of Cu withstood st run. Concent 2200 pulses without definite damage. The critical point of this type of coil was found to be the insulation between successive turns. A superconducting coil working in liquid He, by which>36 kG was obtained, is described. A thermoswitch to short-circuit the coil was also built and tested. (A.G.W.)
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