The n-ZnO nanorods/p-Si nanowires heterojunction was fabricated by chemical method. The microstructure of the epitaxially grown ZnO nanorod was characterized by scanning electron microscopy, X-ray diffraction and transmission electron microscopy. The photoluminescence of the nanostructure showed a typical UV emission band and a defect-related emission band. Further, the electroluminescence of the nanostructure were measured, and the mechanism was discussed based on the band diagram of the n-ZnO nanorods/p-Si nanowires heterojunction.
Swee Tiam TanXiao Wei SunJun ZhaoS. IwanZ. H. CenT. P. ChenJian Dong YeG. Q. LoD. L. KwongK. L. Teo
Chih-Han ChenShoou‐Jinn ChangSheng-Po ChangMeng‐Ju LiI‐Cherng ChenTing‐Jen HsuehCheng‐Liang Hsu
Jenn-Kai TsaiJun Hong ShihTian Chiuan WuTeen Hang Meen
S. IwanJun ZhaoSwee Tiam TanS. BambangMuhammad HikamHaiming FanXiao Wei Sun
Saikat DaluiChih‐Chien LinHsin-Ying LeeShiu-Fang YenYao-Jung LeeChing-Ting Lee