材料における相変態（拡散型変態）と組織形成 - Tsuji Lab

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4.1. fcc Steel 7wt% Fe-C Fe-C Fig.4.1 interstitialfccbccFig.4.1 Fe-C Fe-Fe3C 14

47 2.6.7 スピノーダル分解 2.6.2 節で示した、溶解度ギャップ ... - Tsuji Lab

12 2.3.2 圧力効果ギブスの自由エネルギーは圧力の関数 ... - Tsuji Lab

第３章加工と回復・再結晶・粒成長に伴う組織形成金属材料 ... - Tsuji Lab

名前：解答例問題４下の図は、Cu-Ni 二元系状態図である ... - Tsuji Lab

第２章凝固に伴う組織形成 2.1. 現実の凝固組織この章では ... - Tsuji Lab

3.2.加工（塑性変形）に伴う変形組織の形成金属材料の塑性 ... - Tsuji Lab

4.1. fcc Steel 7wt% Fe-C Fe-C Fig.4.1 interstitialfccbccFig.4.1 Fe-C Fe-Fe3C 14

Fe-C 727 0.77wt%C Eutectoid SteelHypo-eutectoid SteelHyper-eutectoid Steel0.020.2wt%0.300.50%C 0.502.0% C Fig.4.2 Fig.4.2 4.2. ’ (4.1)Proeutectoid FerriteGrain Boundary15

Page 1 and 2: Heat TreatmentFe-0.76wt%C 700 MPa
Page 3 and 4: DiffusionDiffusional Transformation
Page 7: NucleusNucleationembryoThermal Frac
Page 10: 3.1.2 HeterogeneousNucleation Fig.
Page 17 and 18: 4.3. A1 Eutectoid Reaction (4.
Page 19 and 20: Fig.4.6 TTT Si Retained Austenit
Page 21 and 22: Fig.5.2 Al-Cu Fig.5.3 GP-I GP-II G

材料における相変態（拡散型変態）と組織形成 - Tsuji Lab

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