1.Chen Zhiqian, Yu Wenbin and Ouyang Meitao, Formulation 设计 and experiments of emulsion for rolling process of 镁 alloy,Advanced Materials Research Vols. 239-242(2011) pp 2233-2239.
2. Li Chunmei,Chen Zhiqian, Zeng Sumin, Cheng Nanpu, Geng Zhenhua and Li Quan, Effect of Stepped solution on Microstructure and Properties of AA7085 Aluminum alloy,Advanced Materials Research Vols. 239-242(2011) pp 786-792.
3. Chunmei Li,Zhiqian Chen, Sumin Zeng, Nanpu Cheng, Quan Li and Zhenhua Geng, Effect of Stepped Aging Treatment on Microstructure and Properties of AA7085 Aluminum 合金,Advanced Materials Research Vols. 228-229(2011) pp 968-974.
4. F. Wang,Z. Q. Chen, Y. Q. Wei, X. G. Zeng, Numerical Modeling of Tensile Behavior of Fiber-reinforced 均聚物 Composites,Journal of Composite Materials, Vol. 44, No. 19/2010, pp2325-2340.
5. Qiang Wang,Zhiqian Chen, Wenbin Yu, Yungui Chen, Yuan Li, 催化 Effect of Transition Metal in the Li-N-H System for 氢 Storage: A First Principle Investigation, Ind. Eng.Chem. Res., Vol. 49, No. 13(2010), pp 5993-5996.
7. Wang Fang, Wei Yuqing,Chen Zhiqian, Micromechanical Modeling of the effect of progressive damage on the tensile behavior in fiber-reinforced polymer composites,Advanced Materials Research Vols. 79-82(2009) pp1347-1350.
9. Weixing Wang, Qing Li, Hua Lin,Zhiqian Chen, Ming Nie, Lijun Hong, Yuan Li, Deposition of copper 硫化物 hollow nanospheres in aqueous solution at room 温度，Materials Science and Engineering B 156(2009) pp52-56.
10. Yu WenBin,Chen ZhiQian, Cheng NanPu, Gan BingTai, He Hong, Li XueLian and Hu JinZhu, High-strength wrought 镁 alloy with dense nano-scale spherical precipitate,Chinese Science Bulletin Vol.52, No13 (2007) pp1867-1871.
11. Li Feng,Chen Zhiqian and Li Qing, Electronic spin susceptibility of metallic superconductive nano-particles,Chinese PhysicsVol. 15, No.5（2006）pp1075-1080.
12. Fujun Gou andChen Zhiqian, Atomic simulation of deposition and etching on the surface of Si bombarded by energetic SiF,等离子体 Source Science and Technology, 4（2006）695.
15. Zheng Renrong,Chen Zhiqian and Zhu Shunquan,Superconductivity of small metallic grains,Science in China Ser. G Physics \u0026 AstronomyVol.48, No.4(2005) pp431-441.
17.Chen Zhiqian, Cheng Nanpu and Shi ZhenGang,The heat capacity of small metallic grains studied by the random matrices theory,Chinese Physics Vol.13, No.9（2004）pp1549-1552.
18. Qing Li, Ming Li,Zhiqian Chen, Chunmei Li, Simple solution route to uniform MoS particles with randomly stacked layers,Materials Research Bulletin, 39（2004）pp981-986.
19.Chen Zhiqian, Cheng Nanpu, and Li Zhenya, Random matrices applied to superconductivity in nano-particles,Chinese Physics Vol.12, No.12（2003）pp1445-1450.
20. Cheng Nanpu,Chen Zhiqian, Chen Hong, Level 统计学 and Specific Heat of Metallic Nano-Particles,Chinese Physics Letters Vol.20, No.5（2003）pp731-734.
22. Cheng Nanpu,Chen Zhiqian, Chen Hong, Statistical Properties of the Realistic Model Spectra for Doubly-Odd Nuclei,Chinese Physics Letters Vol.19, N臭氧（2002）pp309-311.
随机推荐
陈志谦，男，汉族，1961年5月出生于四川省宜宾。他是一位博士、教授，同时也是材料科学与工程学院的常务副院长。1982年大学毕业后，他开始工作。1988年至1990年，他赴德国自由大学深造。1998年至2001年，他在苏州大学攻读博士学位。目前，他担任材料科学与工程学院院长，并担任硕士导师。
人物经历
1982年大学毕业参加工作，1988-1990赴德国自由大学深造，1998-2001苏州大学攻读博士。现任材料科学与工程学院院长，硕士导师。
研究方向
凝聚态物理、材料物理与化学。
主要贡献
自2000年以来，主持包括国家自然科学基金在内的科研项目共计八项，研究经费59.5万元，在高水平的学术期刊上发表论文12篇，其中11篇被SCI收录。在国家自然科学基金“金属小粒子超导电性研究”中，将核物理中的随机矩阵理论引入解释常规超导体的BCS理论，得到的新方程用以解释金属小粒子的超导电性，并首次同时得到金属小粒子超导电性的增强和减弱效应，这是过去任何理论都不曾有过的。所主持的横向课题“超高强超高韧性7710铝合金研制”，其某些性能参数已达到国际先进水平（见重庆日报2003年3月2日第1版）。
主要学术成果
1.Chen Zhiqian, Yu Wenbin and Ouyang Meitao, Formulation 设计 and experiments of emulsion for rolling process of 镁 alloy,Advanced Materials Research Vols. 239-242(2011) pp 2233-2239.
2. Li Chunmei,Chen Zhiqian, Zeng Sumin, Cheng Nanpu, Geng Zhenhua and Li Quan, Effect of Stepped solution on Microstructure and Properties of AA7085 Aluminum alloy,Advanced Materials Research Vols. 239-242(2011) pp 786-792.
3. Chunmei Li,Zhiqian Chen, Sumin Zeng, Nanpu Cheng, Quan Li and Zhenhua Geng, Effect of Stepped Aging Treatment on Microstructure and Properties of AA7085 Aluminum 合金,Advanced Materials Research Vols. 228-229(2011) pp 968-974.
4. F. Wang,Z. Q. Chen, Y. Q. Wei, X. G. Zeng, Numerical Modeling of Tensile Behavior of Fiber-reinforced 均聚物 Composites,Journal of Composite Materials, Vol. 44, No. 19/2010, pp2325-2340.
5. Qiang Wang,Zhiqian Chen, Wenbin Yu, Yungui Chen, Yuan Li, 催化 Effect of Transition Metal in the Li-N-H System for 氢 Storage: A First Principle Investigation, Ind. Eng.Chem. Res., Vol. 49, No. 13(2010), pp 5993-5996.
6. 王放，陈志谦，吕世金，金属基复合材料热机械疲劳寿命影响参数研究，船舶力学，Vol.14, No. 7(2010), pp 765-770.
7. Wang Fang, Wei Yuqing,Chen Zhiqian, Micromechanical Modeling of the effect of progressive damage on the tensile behavior in fiber-reinforced polymer composites,Advanced Materials Research Vols. 79-82(2009) pp1347-1350.
8. 李春梅，陈志谦，曾苏民，耿振华，程南璞，李泉，复合固溶与RRA处理对AA7050铝合金组织与性能的影响，东北大学学报， Vol. 31, S2(2010)pp81-86.
9. Weixing Wang, Qing Li, Hua Lin,Zhiqian Chen, Ming Nie, Lijun Hong, Yuan Li, Deposition of copper 硫化物 hollow nanospheres in aqueous solution at room 温度，Materials Science and Engineering B 156(2009) pp52-56.
10. Yu WenBin,Chen ZhiQian, Cheng NanPu, Gan BingTai, He Hong, Li XueLian and Hu JinZhu, High-strength wrought 镁 alloy with dense nano-scale spherical precipitate,Chinese Science Bulletin Vol.52, No13 (2007) pp1867-1871.
11. Li Feng,Chen Zhiqian and Li Qing, Electronic spin susceptibility of metallic superconductive nano-particles,Chinese PhysicsVol. 15, No.5（2006）pp1075-1080.
12. Fujun Gou andChen Zhiqian, Atomic simulation of deposition and etching on the surface of Si bombarded by energetic SiF,等离子体 Source Science and Technology, 4（2006）695.
13. Cheng Nan-Pu, Zeng Su-Min, andChen Zhi-Qian, Thermodynamic properties of ultra-small metallic particles,Chinese PhysicsVols.14, No.7 (2005) pp1444-1448.
14. 郑仁蓉，陈志谦，朱顺泉，金属小粒子超导电性的尺寸效应及其形成机制,中国科学G35（2）（2005）131-139.
15. Zheng Renrong,Chen Zhiqian and Zhu Shunquan,Superconductivity of small metallic grains,Science in China Ser. G Physics \u0026 AstronomyVol.48, No.4(2005) pp431-441.
16. 郑瑞伦，张翠玲，陈志谦，层间作用对HgS/CdSHgS柱状纳米系统电子能量的影响，物理学报, Vol.54, 二氧化氮（2005）pp886-891.
17.Chen Zhiqian, Cheng Nanpu and Shi ZhenGang,The heat capacity of small metallic grains studied by the random matrices theory,Chinese Physics Vol.13, No.9（2004）pp1549-1552.
18. Qing Li, Ming Li,Zhiqian Chen, Chunmei Li, Simple solution route to uniform MoS particles with randomly stacked layers,Materials Research Bulletin, 39（2004）pp981-986.
19.Chen Zhiqian, Cheng Nanpu, and Li Zhenya, Random matrices applied to superconductivity in nano-particles,Chinese Physics Vol.12, No.12（2003）pp1445-1450.
20. Cheng Nanpu,Chen Zhiqian, Chen Hong, Level 统计学 and Specific Heat of Metallic Nano-Particles,Chinese Physics Letters Vol.20, No.5（2003）pp731-734.
21. 郑瑞伦，陈志谦，张翠玲，刘俊，HgS/CdS/HgS球状纳米系统电子的能量与寿命,物理学报, Vol.52, No.9（2003）pp2284-2289.
22. Cheng Nanpu,Chen Zhiqian, Chen Hong, Statistical Properties of the Realistic Model Spectra for Doubly-Odd Nuclei,Chinese Physics Letters Vol.19, N臭氧（2002）pp309-311.
23.陈志谦，郑仁蓉，金属小粒子不同自旋态超导电性统计系宗研究,物理学报 Vol.51,No.7（2002）pp1604-1607.
24.陈志谦，陈洪，程南璞，郑瑞伦，纳米量级超导Al粒子在磁场中的Zeeman分裂,物理学报 Vol.51, No.3（2002）pp649-654.
25.Chen Zhiqian, Zheng Renrong, Level 统计学 and Parity effect on small Superconducting Systems,Chinese Physics Vol.10, No.12（2001）pp1149-1153.
26. Chen Zhiqian, Zheng Renrong, Statistic Ensemble Theory of Small Superconducting Grains,Chinese Physics Letters, Vol.18, No.4（2001）pp731-734.
27. Chen Zhiqian, Zheng Renrong, Breakdown of Superconductivity in Small Metallic Grains,Chinese Physics Letters Vol.17, No.10（2000）762.
28. 陈志谦，郑仁蓉，陈洪，姚纯青，超小金属微粒超导电性的能级统计， Vol.49, No.5（2000）0969-05.
主持项目
参考资料