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7 Jun 2010: SUBSTANCE Type return for more, Q to quit paging : 22 AL3M_DO22:.75:.25 NORMAL PURE SUBSTANCE 23 ALNI_B2:.5:.5 NORMAL PURE SUBSTANCE 24 DIAMOND_A4 NORMAL PURE SUBSTANCE

7 Jun 2010: 130 ¡C. 150 ¡C. 0.5. 0. 0. 0. 0.24. 0.31. 1.

7 Jun 2010: 2.259464E05 24 -2.782556E04 25 -6.945834E04 26 -9.665243E03 27 -7.950817E03 Gibbs/Helmholtz Energy contributions per phase BCC_A2 -6.68968238479055E07 CEMENTITE -2.46413165770063E06 CMo2 -2.25934235129799E05 Amount

7 Jun 2010: PTR 2N XCC 0.24 0.33 0.47. Mn 1.56 1.49 0.78Si 0.28 0.25 0.24P 0.022 0.015 0.007S 0.003 ... 0.001 0.002 0.003V 0.18 0.24 0.002N 0.0099 0.0100 0.009.

7 Jun 2010: Ceq=[C]1/6[Mn]1/24[Si] (3) Since a negative correlation is observed in Fig. 6, Ceq is suggested to be one of the causes of the decrease in

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: 1] found that not allof the 24 possible crystallographic variants of martensite (α′) formed when the alloy underwenttransformation during tensile deformation. ... The selection of particular variants was demonstratedby comparing calculated pole

7 Jun 2010: Acicular Ferrite Invariant–Plane Strain 0.22 0.03 Thin plates. Martensite Invariant–Plane Strain 0.24 0.03 Thin plates. ... Given a freechoice of some 12 to 24 crystallographic variants of the transformation product in each grainof austenite, the

7 Jun 2010: T4 Cr 1.000 0.3809 0.3809 0.3809 32 T5 C 1.000 0.2765 0.0000 0.0000 24 Total of: 116 atoms in the unit cell REFLECTIONS ... 1 6 [ 23] 67 3 3 7 1.30110 72.5977 3.22837e-04 0.2 24 [ 24] 68 4 4 6 1.29150 73.2248 1.11998e-02 5.4

7 Jun 2010: 8857 4.02656e00 24.0 2 [ 9] 5 1 2 0 2.21514 40.6960 3.21882e00 19.2 4 [ 10] 6 1 2 1 2.10463 42.9357 8.96474e00 ... 5 4 [ 24] 14 1 2 3 1.57823 58.4245 9.29470e-02 0.6 8 [ 25] 11 1 3 1 1.54445 59.8309 5.32936e-01 3.2