"Yutong Gong,Jiazhen Wu,Masaaki Kitano,Junjie Wang,Tian-Nan Ye,Jiang Li,Yasukazu Kobayashi,Kazuhisa Kishida,Hitoshi Abe,Yasuhiro Niwa,Hongsheng Yang,Tomofumi Tada,Hideo Hosono","Ternary intermetallic LaCoSi as a catalyst for N? activation",,"Nat. Catal.",,"  1",,"  178-185",2018,Mar.
"Hongsheng Yang,Junghwan Kim,Koji Yamamoto,Xing Xing,Hideo Hosono","Surface tailoring of newly developed amorphous Zn-Si-O thin films as electron injection/transport layer by plasma treatment: Application to inverted OLEDs and hybrid solar cells",,"Applied Surface Science",,"Vol. 434",,"pp. 995-1000",2018,Mar.
"Hideo Hosono,Nobuhiro Nakamura,Hongsheng Yang,Junghwan Kim","Novel Transparent Oxide Semiconductor, Zinc Silicates, for Electron Injection/Transport Layers in OLEDs",,"Proc. IDW'17",,,,"  685-686",2017,Dec.
"Hongsheng Yang","Interfacial study of transparent oxide Zn-Si-O and its application to organic devices",,,,,,,2017,Dec.
"Hongsheng Yang","Interfacial study of transparent oxide Zn-Si-O and its application to organic devices",,,,,,,2017,Dec.
"Hongsheng Yang","Interfacial study of transparent oxide Zn-Si-O and its application to organic devices",,,,,,,2017,Dec.
"Hongsheng Yang","Interfacial study of transparent oxide Zn-Si-O and its application to organic devices",,,,,,,2017,Dec.
"Ye Tiannan,Yangfan Lu,jiang li,Takuya Nakao,Hongsheng Yang,Tomofumi Tada,Masaaki Kitano,HIDEO HOSONO","Copper-Based Intermetallic Electride Catalyst for Chemoselective Hydrogenation Reactions",,"J. AM. CHEM. SOC.",,"vol. 139","no. 47","pp. 17089?17097",2017,Nov.
"Hongsheng Yang,Junghwan Kim,Hideo Hosono","Realization of Low-Voltage Drop across Charge Generation Layer using Bi-layer Oxide Semiconductors for Tandem OLEDs","Society for Information Display (SID)","SID Symposium Digest of Technical Papers","Wiley","Vol. 48","No. 1","pp. 1971-1973",2017,May
"Hongsheng Yang,Junghwan Kim,Koji Yamamoto,Hideo Hosono","Efficient charge generation layer for tandem OLEDs: Bi-layered MoO3/ZnO-based oxide semiconductor",,"Organic Electronics",,,"No. 46","pp. 133-138",2017,Apr.