The Stereoscopic Morphology of Martensite in Ferrous Alloys

Author:

Ma Yue Xin1,Wu Yu2,Yang Shao Kui1,Wang Long1,Tan Yu Hua2

Affiliation:

1. Zhongshan Torch Polytechnic

2. Xiangtan University

Abstract

The space morphology of martensite in 15, 45 and T9 steels quenched from high temperatures had been observed under a scanning electron microscope using a thin-foil specimen which were deeply etched. The results show that the space appearance of packet martensite is not lath-like in shape, but sheet-like in low carbon steel, and thin plate-like in medium and high carbon steels. The stereoscopic models of two kinds of packet martensite, named sheet-like and thin plate-like martensite by authors, were proposed.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference10 articles.

1. S Morito, J Nishikawa, T. Make: ISIJ international, Vol. 43(2003), p.1475.

2. T. Waterschool, C. Brunn, D. Cooman: Z. Metallkunde, Vol. 45(2003), pp.424-431.

3. Чаус A C, Ридничий С М: МиТОМ, Vol. 5(2003), pp.3-13.

4. Y H Tan, D C Zeng, X C Dong, Y H He, S Q Hu: Metall. Trans., Vol. 23A (1992),pp.1413-1424.

5. D C Zeng, Y H Tan, G W Qiao , Y C Chuan: Z. Metallkd., Vol. 75(1994), pp.203-214.

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