Figures & data
Figure 8 (corrected). Comparison of reduction in the cohesive energy (2γint) of the bcc Fe Σ3(111) GB caused by only immobile effect of hydrogen under the condition of constant composition (fast fracture) and combined effects of mobile and immobile hydrogen under the condition of constant chemical potential (slow fracture) with increasing bulk hydrogen content (C H) at 300 K (a) and 170 K (b).
![Figure 8 (corrected). Comparison of reduction in the cohesive energy (2γint) of the bcc Fe Σ3(111) GB caused by only immobile effect of hydrogen under the condition of constant composition (fast fracture) and combined effects of mobile and immobile hydrogen under the condition of constant chemical potential (slow fracture) with increasing bulk hydrogen content (C H) at 300 K (a) and 170 K (b).](/cms/asset/54515587-cedd-4b0e-8877-7fd270f690e4/tphm_a_702862_o_f0001g.gif)