| - | Effect of Light Scattering and Trapping of Ag Nanowire Transparent Electrode for Flexible Organic photovoltaics | Yoo Tae Hee; Wang Byung-yong; Lim Ju-won; Byoung-In Sang; Dae-Soon Lim; CHOI, WON-KOOK; Oh, Young-Jei; Do Kyung Hwang |
| - | Electrical and optical properties of MTO/Ag nanowire/MTO Multilayer Transparent Conducting Layer for Flexible Electronics | Lee Chung Hyeon; Lee Chil-hyoung; Wang Byung-yong; 최덕균; Oh, Young-Jei |
| - | Enhanced Light Scattering and Trapping Effect of Ag Nanowire Mesh Electrode for High Efficient Flexible Organic Solar cell | Yoo Tae Hee; Wang Byung-yong; Lim Ju-won; B. I. Sang; D. S. Lim; CHOI, WON-KOOK; Oh, Young-Jei; Do Kyung Hwang |
| - | Enhanced Plasmonic Light scattering Effect by Ag Nanowire for High Efficient Organic photovoltaics | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | Fabrication of flexible transparent conducting film using CNT/AgNWs multilayer electrodes | Min Hyung Seob; Wang Byung-yong; Sangsig Kim; CHOI, WON-KOOK; Oh, Young-Jei; Jun-sup Kim; Lee, Jeon Kook |
| - | Fabrication of the electrodes of gas sensor based on nano-copper particles by ink-jet printing | Kim Se Hoon; Wang Byung-yong; Oh, Young-Jei |
| - | Fabrication of transparent electrodes based on highly conductive, metal nano-wire | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | Flexible organic solar cells using CNT/AgNWs multilayer electrodes | Min Hyung Seob; Wang Byung-yong; Oh, Young-Jei; CHOI, WON-KOOK; 김상식; Lee, Jeon Kook |
| - | Flexible silver nanowire electrodes for stretchable display application | Wang Byung-yong; 김준섭; 임대순; Oh, Young-Jei |
| - | Flexible silver nanowire electrodes for stretchable sensor application | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | Flexible Transparent Electrode Prepared by Role-to-Role Silver Nanowires | Oh, Young-Jei; Wang Byung-yong |
| - | Growth and properties of 3-dimensional nanostructured AZO ceramics for gas sensors | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | Highly Flexible Silver Nanowire/PEDOT:PSS Hybrid Electrodes for ITO-free Polymer Solar-Cell | Wang Byung-yong; Jun-Sup Kim; Dae-Soon Lim; Oh, Young-Jei |
| - | Highly sensitive AZO(Al doped ZnO) nanostructure gas sensors | Wang Byung-yong; Lim Dae Soon; Oh, Young-Jei |
| - | Highly sensitivie CO sensing properties of nanostructured Al doped ZnO thin films | Wang Byung-yong; Oh, Young-Jei |
| - | Improving Mechanical Stability and Surface Roughness of Silver Nanowire Transparent Conducting Films by Over-coated Layer of Graphene and ZnO | Wang Byung-yong; Dae-Soon Lim; Oh, Young-Jei |
| - | Indium-free Highly Transparent MTO/Ag/MTO Multilayer Electrode Prepared by Romm Temperature RF Sputtering for Solar Cell | Chung-Hyeon Lee; Wang Byung-yong; Duck-Kyun Choi; Oh, Young-Jei |
| - | Indium-free MTO/Ag/MTO transparent conducting electrode for organic photovoltaic cells | 이충현; Wang Byung-yong; 최덕균; Oh, Young-Jei |
| - | Large area CNT/AgNWs composite electrodes for excellent uniformity and lower sheet resistance | Min Hyung Seob; Shin Cheong; Wang Byung-yong; 김상식; CHOI, WON-KOOK; Oh, Young-Jei; Lee, Jeon Kook |
| - | Nanomaterials as a promising alternative transparent electrode for flexible electronics | Oh, Young-Jei; Wang Byung-yong; C.H. Lee |
| - | Organic Solar Cell based on Hybrid of Silver nanowire and Graphene Oxide Electrodes | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | Role of Ag Nanowires for Efficient Flexible OSCs | Oh, Young-Jei; Wang Byung-yong |
| - | Roll-to-Roll large-area nanowires for flexible transparent electrode | Oh, Young-Jei; Wang Byung-yong |
| - | Sensing capability of hollow and hierarchical nanostructured Al-doped ZnO prepared by solution processing | Wang Byung-yong; Oh, Young-Jei |
| - | (Undefined) | Wang Byung-yong; Lee, Jeon Kook; Lim Dae Soon; Oh, Young-Jei |
| - | (Undefined) | Wang Byung-yong; Lim Dae Soon; Oh, Young-Jei |
| - | (Undefined) | Kim Se Hoon; Wang Byung-yong; Oh, Young-Jei |
| - | (Undefined) | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | (Undefined) | Wang Byung-yong; 임대순; Oh, Young-Jei |
| - | (Undefined) | Kim Se Hoon; Wang Byung-yong; Oh, Young-Jei |
