Resistivity, Hysteresis, and Magnetization of 9% Cr Stainless Steel as a Function of Temperature and Its Electromagnetic Shielding Effects in Cylindrical Structures

摘要

Ferromagnetic stainless steels may offer significantly greater wall life-times for first wall/blanket and vacuum vessel structures than commonly used non-magnetic stainless steels. One steel under consideration has the following composition, in weight percent, Fe(86.24%), Cr(9.0%) etc. The resistivity, the hysteresis loops, and magnetization were measured as a function of temperature up to the Curie point. (ERA citation 05:018281)