2011年12月8日上午，国际知名轻合金权威，TMS-ASM 相变委员会主席，澳大利亚莫纳什大学教

授、重庆大学千人学者聂劲峰博士在中南大学校本部升华楼新前101报告大厅，做了题为 “Characteri-

zation of Precipitates in Light Alloys using Z-Contrast STEM”的专场报告。会上，聂劲峰教授就镁合金的相关内容做了精彩的报告

 Jinfeng Nie教授现场报告1

 Jinfeng Nie教授现场报告2

报告现场

附：Jinfeng Nie的个人简介

BUSINESS ADDRESS :

Prof. Jian-Feng Nie, Department of Materials Engineering, Monash University, Australia

Position:

·      Member  of  International  Advisory  Committee,  First  World  Congress on  Integrated  Computational  Materials

     Engineering, Seven Spring, USA (2011)

·      Chairman and In-Country Technical  Representative, The 7th Pacific  Rim International  Conference  on Advanced

     Materials and Processing (PRICM-7), Cairns, Australia (2010)

·      Co-Chairmen, Biennial Conference on Materials and Austceram,Materials Australia (formerly Institute of Materials

     Engineering Australasia) and the Australian Ceramic Society, Gold Coast (2009)

·      Member,  International Organising Committee, International Conference on Magnesium  Alloys and Their Applica-

     tions, Germany (2012, 2009, 2006)

·      Member, International Advisory Board, Metals and Materials International, Springer-KIM (2007-)

·      Chairman, The 3rd International Conference on Advanced Materials Processing (ICAMP-3), Melbourne (2004)

·      Chairman, Phase Transformations Committee, TMS-ASM International, U.S.A. (2003-2006)

·      Chairman, National Events Committee, Institute of Materials Engineering Australasia (2001-)

·      Member,Magnesium Committee,Light Metals Division,The Minerals and Materials Society (TMS),U.S.A.(2001-)

·      Member, The Board of Review, Metallurgical and Materials Transactions, U.S.A. (1998-)

Education

Ph.D., Monash University, 1993

B. Eng., Beijing Institute of Technology, 1986

Research Interests

·Advanced Design and Characterisation of Light Alloys

·Applications of Electron Microscopy and Diffraction and Atom Probe Field Ion Microscopy

·Structure/Property Relationships in Advanced Materials

·Crystallography of Phase Transformation in Solids