代表性论文 |
[1] Quan Sun*, Yebo Lu, Chengli Tang, Chao Li, Chuncheng Zuo, Analysis on damage and failure behavior of printed silver wires under high-density current loading[J]. Microelectronics Reliability, 2022, 129: 114484 [2] Chao Li Chao, Quan Sun*, Tang C, et al. A two-step method to prepare silver nanoparticles ink for improving electrical and mechanical properties of printed silver wire [J]. Materials Express, 2021, 11(4): 516-523. [3] Quan Sun*,Yebo Lu,Jianjun Chen,Identification of material parameters of a shear modified GTN damage model by small punch test,International Journal of Fracture,2020,222, 25–35 [4] Quan Sun, Yebo Lu*, Chengli Tang, Haijun Song, Chao Li and Chuncheng Zuo, Current-Induced Changes of Surface Morphology in Printed Ag Thin Wires[J]. Materials, 2019, 12(20):3288 |
其他成果 (含授权和申请专利) |
[1] 鹿业波;易兰花;孙权;詹政;张婷;面向贴片式柔性电子监测设备可靠性检测的人体模拟器,2022-05-10,中国,CN111239527. (发明专利) [2] 鹿业波; 孙权; 汤成莉; 黄风立; 左春柽; 一种柔性基板上银电路的保护方法, 2020-2-18, 中国, CN201810141970.1. (发明专利) [3] 王应刚; 孙权; 詹家乐; 庄津津; 王逸平; 张文彬; 鹿业波; 汤成莉; 一种柔性电子延展性测试装置, 2019-6-28, 中国, CN201821679493.6. (实用新型专利) [4] 宋超; 孙权; 董浩天; 梁源; 郑书虎; 鹿业波; 汤成莉; 一种柔性电子力电性能测试装置, 2019-6-28, 中国, CN201821679479.6. (实用新型专利) |