Master of Science
Materials Science and Engineering
Krauss, George E.
An alloy containing 80.0% Ni, 12.65% Fe, 6.74% Mo, 0.36% Zr, and 0.25% Mn by weight was cast, solution annealed, and cold rolled into thin strips reduced in area by 0, 50, 75, and 90%. In addition samples of each worked condition were annealed to produce recrystallized and aged structures. Light metallography, electron microscopy, microprobe analysis, and magnetic testing were performed to determine the effects of cold working and annealing upon the microstructure and magnetic properties of the alloy.
Frohlich, Charles Rudolf Jr., "The effects of cold work and subsequent annealing upon the microstructure and magnetic properties of zr-doped 6-80 molybdenum permalloy" (1971). Theses and Dissertations. 3967.