Roman Gröger (2014) Which stresses affect the glide of screw dislocations in bcc metals? Philosophical Magazine, http://dx.doi.org/10.1080/14786435.2014.904058
When the above article was first published online, there were errors in Figure 4. These errors were introduced during the production of the article. The figure should have appeared as printed below. This has now been corrected in both the print and online versions.
Figure 4. (colour online) The CRSS vs. τ dependencies calculated for the MRSSPs with angles χ ≈ −26° (upper panel) and χ ≈ +26° (lower panel). The filled symbols (thick lines) correspond to the data obtained using the full stress tensor (3), while the empty symbols (thin lines) are obtained using (3) in which is artificially set to zero. The colors distinguish different slip planes in the [1 1 1] zone; the two {1 1 2} slips are composed of alternating steps of the dislocation on two adjacent {1 1 0} planes.
![Figure 4. (colour online) The CRSS vs. τ dependencies calculated for the MRSSPs with angles χ ≈ −26° (upper panel) and χ ≈ +26° (lower panel). The filled symbols (thick lines) correspond to the data obtained using the full stress tensor (3), while the empty symbols (thin lines) are obtained using (3) in which is artificially set to zero. The colors distinguish different slip planes in the [1 1 1] zone; the two {1 1 2} slips are composed of alternating steps of the dislocation on two adjacent {1 1 0} planes.](/cms/asset/748e5962-20dd-47ab-83f0-6ed6db43a684/tphm_a_921452_f0001_oc.gif)
Taylor & Francis apologises for this error.