Reduction of Irradiation-Induced Creep and Swelling in AISI 316 by Compositional Modifications

Bates, J.F.; Powell, RW; Gilbert, ER

doi:10.1520/stp28246s

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“…we obtain v/n = 0.64 -29 3 where J2 = 1.132 x 10 m is the atomic volume of the solvent atoms.Using the values v = 0.3, u = 10 Mpa, we obtain NQ = 5.11 X lO"""^ p [1000/T In (l/C^)]^(8) for the atom fraction of carbon atoms bound in the dislocation cores.Beyond the saturated region, carbon atoms are still attracted to the dislocation region, but the concentration remains below saturation. This additional trapping in the remote stress field has been evaluated by Hirth and Carnahan^ ' for the case of hydrogen as an interstitial solute in bcc iron.…”

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confidence: 99%