THE EFFECTS OF SOLUTE ELEMENTS ON TH1E STRENGTH PROPERTIES OF IRON-AND COBALT-BASE ALLOYS

摘要

Factors important in high-temperature deformation were investigated in ternary iron-chromium-base alloys. These factors include various temperature, strength, and stability criteria, as well as lattice strain and valency changes. Relationships among these criteria are described. Periodicity of alloy strengthening in cobalt-base binary alloys reveals the most favorable solutes for strengthening, the influence of crystal structure, and the regularity of electronic effects.