祝贺张骐等人的文章被NPG Asia Mater接受发表！感谢中科院化学所赵永生课题组和北京大学魏贤龙课题组的帮助！
Polar Surface Driven Growth of ZnS Microsprings with Novel Optoelectronic Properties
Qi Zhang, Cong Wei, Xing Li, Muhammad Hafeez, Lin Gan, Huiqiao Li, Xianlong Wei,Yongsheng Zhao, Ying Ma, Tianyou Zhai*
Keywords: ZnS microsprings, Electrical Transport, UV-light detector, Propagation prosperities
Herein, we reported deformation-free single crystalline ZnS microsprings led by the polar-surface-driven growth process with novel optoelectronic properties for the first time. The entire spring is synthesized by a block-by-block stacking process following a hexagonal screw model, without introducing distortion in crystal lattices. The electrical characteristics of individual ZnS microsprings under electron beam irradiation and their potential applications in UV light sensor and waveguides were thoroughly investigated. The high crystal quality, fast response to UV light and the low propagation loss indicate ZnS microsprings will have important applications in future optoelectronic systems.
