The organic light-emitting diodes are fabricated with six anthracene derivatives containing simple substituents such as phenyl or naphthyl group. The..
New electroluminescent materials based on anthracene chromophore with naphthylethenyl substituent, 9,10 ... In conclusion, the electroluminescent properties also showed good difference with their substituent structure
investigated using organic electroluminescent devices with the structure of ITO/TPD/ Be(BTZ)2, Mg(BTZ ... In this study, the electroluminescent characteristics of Be(BTZ)2 and Mg(BTZ)2, as well as Zn(BTS)2 were ... zinc bis(2-(2-hydroxyphenyl) benzothiazolate) (Zn(BTZ)2 was known to emit white light with a broad electroluminescence
Organic Electroluminescent devices(OELD) consisted of multilayer structures have been studied for the ... 2), have been intensively investigated as an white-light emitting layer and recognized to have good electroluminescent
ELECTROLUMINESCENCE 7조 2000007335 장성환 CHAPTER OUTLINE 1. 차세대 Display로서 EL 2. EL의 역사와 현재까지 개발동향 4. ... 차세대 Display로서 EL 유기 EL (Organic electroluminescence) 현재 상용되는 display소자들의 성능 보강 천연색 표시 소자로써의 응용면에서 주목
(이러한 triplet의 존재에 대한 관측은 electroluminescence - detected electron-spin resonance와 가장 높고 낮은 triplet 사이의 ... 기술이 관건이 되고 있으며, 이에 현재 상용되고 있는 여러 display소자들의 성능을 보강하고, 천연색 표시 소자로써의 응용 면에서 주목 받고 있는 소자 중의 하나가 유기 EL(electroluminescence