“北极星沙龙”有幸邀请到上海交通大学陈世朴教授与大家分享国内和上海交通大学的一些情况,并分享陈教授多年宝贵的学习及工作的体会。相信本次讲座对我们很多人来说都是一次难得的了解国内大学的基本情况的机会,同时也是一个很好的向前辈学习治学的机会。真诚欢迎大家前来参与!
陈教授希望以座谈会的形式与大家交流,以形成更好的互动。为此,本期沙龙将会以一种全新的形式与大家见面。
时间:2009-09-08, 周二下午五点至六点
地点:Gløshaugen校区材料系(Materialtechnologi Building) E431 (进入楼门坐电梯到四层)
地图:http://www.ntnu.no/kart/no/gloshaugen.html (如果找不到请致电96690027)
陈世朴 教授
Educational and professional experience:
1956 - 1961 Shanghai Jiao Tong University,
B.Sc. majoring in Applied Physics
1961 – 1992 School of Mater. Sci. & Eng.,
As an Assistant, Lecturer, Assoc. Professor
1992 As a Professor (and Supervisor for Ph.D. students)
1984 - 1988 (1) GKSS-Forschungszentrum Geesthacht GmbH, Geesthacht,
(2) Technische Universität Hamburg-Harburg,
1998
As a Visiting Professor
Experiences:
1961 – 1984 Materials microcharacterization (X-ray diffraction, electron
microscopy etc); steels: superalloys
1984 – 1998 Intermetallic high-temperature materials
1998 – 2005 Phase transformation; shape memory alloys (Fe-Mn-Si and
Ni2MnGa); giant magneto-impedance materials
2005 – present Retired and now as a Joint Editor of the journal
<International Heat Treatment and Surface Engineering>
published in the U.K since 2006
Other positions at present:
(1) Vice Editor-in-Chief, the journal “Physical Testing and Chemical Analysis (Part A:
Physical Testing)”
(2) Consulting expert for the governmental purchasing affairs in the city of Shanghai
(3) Technical consultant, Research Institute for Iron and Steel, Sha-Steel (Group) Co.,
Zhangjiagang, Jiangsu Province, China
(4) Academic consultant, National Engineering Research Center for Light Alloy Forming,
Shanghai Jiao Tong University
Publications: About 300 papers in international and Chinese journals.
Awards:
(1) National Excellent Textbook Award: <Electron Microscopic Analyses of Metals>
(2) China Universities’ Natural Science Award: “Martensitic transformation and shape memory effect in Cu- and Fe-based alloys”
(3) Shanghai Municipal Science and Technology Progress Award: “FCC – HCP semi- thermoelastic martensitic transformation and associated shape memory effect”
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