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7 Jun 2010: Trans, 41A (2010) 397.]. After deformation. 0.26m. L-Al. 0.29m. H-Al. 7.2  0.4 wt% (24 grains).

7 Jun 2010: 3. then the specimens were kept at ambient temperature for 24 hours to homogenize the hydrogen distribution. ... A 0 1068 20 1787. B 6 1095 22 1754. C 10 1083 24 1710.

7 Jun 2010: Thewlis, 1987 22A11 191 558 307 0.25 0.04 0.71tI 22A12 195 569 308 0.23 0.02 0.75tI 22A13 191 558 308 0.24 0.01 ... 802 202 590 343 0.24 0.62 0.1411 803 188 549 335 0.11 0.74 0.1511 804 184 537 329 0.18 0.63 0.19.

7 Jun 2010: 91.55. 2.8. 54.1. 72.7. 91.8. 400. 101.24. 3.2. 54.1. 72.7. 91.8. ... 54.1. 72.7. 91.8. 350. 91.55. 2.8. 54.1. 72.7. 91.8. 400. 101.24.

7 Jun 2010: interactions are often set to zero. References. Ansara, I., (1979) International Metals Reviews, 24, 20.

7 Jun 2010: 1 2 1 59 2 61 2.9630 16 5 2 2 20 5 25 1.0637 1 1 1 0.0640 24 5 2 31 31 1.5645 3 3 ... TOTAL 1657 37 220 29 92 28 52 8 24 20 5 16 3 4 2053 142 2195 100.

7 Jun 2010: Progress inMaterials Science, 29:321–386, 1985. [24] J. W. Christian. Theory of Transformations in Metal and Alloys, Part I. ... Khan. Incomplete reaction phenomenon inhigh-strength bainitic steels. Metallurgical and Materials Transactions A,

7 Jun 2010: Fig. 3. Particles alignment along the extrusion direction. ic because of the strong alignment of the yttria particlesalong the extrusion direction.24–26) The particles hinderboundary motion more effectively in the ... H. Bhadeshia:Metall. Trans. A, 24

7 Jun 2010: These include localrecrystallisation due to the presence of coarse carbides at the prior austenite grain boundaries [24]and impurity effects. ... 24] K. KIMURA, H. KUSHIMA, F. ABE and K. YAGI, Materials Science and Engineering,A234–236 (1997)

7 Jun 2010: Such a transformation hasbeen called diffusional–displacive transformation [23,24]. This does not negate the consequences. ... S. A. (1984) 293–326.[24] Christian, J. W. Progress in Materials Science 42 (1997) 109–124.[25] Christian, J.