Abstract
Slip line patterns on single crystals of Fe-l%Si and Fe-2%Si have been investigated during deformation in tension in the temperature range 113 to 403 K. The results support the conclusion of previous investigation of work-hardening curves that temperature of the transition between the low-temperature and high-temperature deformation regimes of plastic deformation decreases with increasing silicon content. Differences between the slip line patterns on iron and the alloys are explained by modifications of mobilities of screw and non-screw dislocations resulting from strong solution hardening of iron by silicon atoms. body centered cubic metals, iron alloys, plastic deformation, slip line pattern
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