Ø 基本情况：

赵新青，男，教授，博士生导师。1984年和1992年分别从东北大学和吉林大学获得学士和硕士学位；1995年于中国科学院金属研究所获得博士学位；1995年至1997年在清华大学材料系从事博士后研究；2002年至2003年在马德里材料科学研究所从事纳米材料相变研究；2004年起在威尼斯国际2299cc，从事合金相变与力学行为基础研究和航空航天材料的研发及应用。

Ø 主讲课程：

研究生课程：《材料热力学与动力学》

Ø 研究方向：

（1）合金相变与力学行为

（2）形状记忆合金及钛合金

Ø 教学科研成果：

获奖情况：

自主研发的宽温域超弹性合金成功应用于嫦娥五号探测器月壤钻采自动封口系统，获国家航天局高度评价。

代表性论文：

[1]  Yongzhong Lai, Kai Wang, Chao Lv, Huilong Hou*, Xinqing Zhao*， Strain glass transition in Ni_47.5+xTi_50−xFe_2.5 alloys，Journal of Alloys and Compounds, 929 (2022) 167387.

[2] Kai Wang, Chao Lv, Kaichao Zhang, Yongzhong Lai, Xinqing Zhao*， Elastic modulus anomaly in a Fe-Mn-Cr-C cryogenic steel，Scripta Materialia, 221 (2022) 114946.

[3] Kaichao Zhang, Kai Wang, Yu Fu, Wenlong Xiao, Jingyun Han, Xinqing Zhao*，Strain glass transition in a metastable β Ti-Nb-O alloy with high oxygen content，Scripta Materialia, 214 (2022) 114661.

[4] Fangyu Qin, Wenlong Xiao, Fengshuang Lu, Yuanchao Ji, Xinqing Zhao*, Xiaobing Ren. Resolution of a discrepancy of the magnetic mechanism for Elinvar anomaly in Fe-Ni based alloys, Journal of Materials Science and Technology, 35 (2019) 396-401.

[5] Fangyu Qin, Fengshuang Lu, Xinqing Zhao*, Microstructural characterization of γ¢ precipitates and their influence on the properties of Ni-Span C Elinvar alloy, Materials Characterization, 148 (2019) 81-87.

[6] Lichun Qi, Xueliang Qiao, Lijun Huang, Xu Huang, Wenlong Xiao, Xinqing Zhao*, Effect of cold rolling deformation on the microstructure and properties of Ti-10V-2Fe-3Al alloy, Materials Characterization, 155 (2019) 109789.

[7] Lichun Qi, Xueliang Qiao, Lijun Huang, Xu Huang, Xinqing Zhao*, Effect of structural stability on the stress induced martensitic transformation in Ti-10V-2Fe-3Al alloy, Materials Science & Engineering A 756 (2019) 381-388.

[8] Fangyu Qin, Fengshuang Lu, Yulin Chen, Jianmin Yang, Xinqing Zhao*, Deformation induced Elinvar behavior in Fe-Ni Invar alloy, Science Bulletin, 63 (2018) 1040-1042.

[9] Yulin Chen, Wenlong Xiao, Kun Jiao, Dehai Ping, Huibin Xu, Xinqing Zhao*, Yunzhi Wang*，Cubic martensite in high carbon steel, Physical Review Materials, 2 (2018) 050601.

[10] Yulin Chen, Dehai Ping, Yunzhi Wang, Xinqing Zhao*, An atomic mechanism for the formation of nanotwins in high carbon martensite，Journal of Alloys and Compounds, 767 (2018) 68-72.