1[1]Matsumura O, Sakuma Y, Takechi H. Enhancement of Elongation by Retained Austenite in Inter-critical Annealed 0.4C-1.5Si-0.8Mn,Trans. ISLJ, 1987,27(4) :570
2[2]Sinha A K. Ferrous Physical Metallurgy. Butterworths, London, 1989,324
3[3]Zackay V F, Parker E R, Fahr D, et al. The Enhancement of Ductility on High-Strength Steels, Trans. of ASM, 1967,60(2) :252
4[5]Liu S K, Zhang J. Influence of The Si and Mn Concentrations on the Kinetics of the Bainite Transformation in Fe-C-Si-Mn Alloy Metall.Trans. 1990,21A(4): 1517
5[6]Zarei Hanzaki A, Hodgson P D, Yue S. Retained Austenite Characteristics in Thermo-mechanically Processed Si-Mn Transformation Induced Plasticity Steels, Metall. Trans. 1997,28A(11): 2405
6[7]Meyer M D, Vanderschueren D, Cooman B C D.The Influence of the Substitution of Si by Al on the Properties of Cold Rolled C-Mn-Si TRIP Steels , ISIJ intern. 1999,39(8) :813
7[8]Pichler A, Stirszny P. TRIP Steel With Reduced Silicon Content ,Steel Res. 1999,70(11) :459
8[9]Jacques P, Cornet X, Ladriere J, et al. Enhancement of the Mechanical Properties of a Low Carbon, Low Silicon Steel by Formation of a Multiphased Microstructure Containing Retained Austenite , Metall.Trans. 1998,29A(11) :2383
9[10]Bouet M, Root J, Es-Sadiqi E and Yue S. Micro- alloying in Steels.Mat. Sci. Forum, 1998: 284,319
10[11]Eberle K, Cantinieaux P, Hariet P. New Thermo-mechanical Strategies for the Production of High Strength Low Alloy Mulfiphase Steel Showing a Transformation Induced Plasticity (TRIP) Steel. Steel Res, 1999,70(6) :233
