Efficiency Improvement in a Powder‐Based Flexible Electroluminescence Device using Ag Nanothin‐Film‐Coated Transparent Electrodes
Sanghun YunDivision of Electronics & Information System DGIST Daegu 42988 KoreaSoo‐Keun LeeDepartment of Advanced Materials Engineering Tech University of Korea Gyeonggi 15073 KoreaBunyod AllabergenovDepartment of Transport Systems Urgench State University (UrSU) Urgench 220100 UzbekistanJong Chun ParkResearch Institute MSway Co. Ltd. Geonggi 14025 KoreaSoYeon MoonSeong Eui LeeDepartment of Advanced Materials Engineering Tech University of Korea Gyeonggi 15073 KoreaByeongdae ChoiDepartment of Interdisciplinary Engineering DGIST Daegu 42988 Korea
ABI
Abstract
Powder-based electroluminescent (EL) technology is one of the promising candidate technologies for flexible lighting and digital signage implementation. In article number 2200291, Byeongdae Choi and co-workers improve the efficiency of the EL device by applying a low-resistance Ag nano-thin-film, and confirm that the powder-based EL device can well implement moving images through display manufacturing. The image shows the digital signage film production process through roll printing and the structure of the signage film.
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