electroluminescent - Globe Thesis

Keyword [electroluminescent] Result: 21 - 40 \| Page: 2 of 10
21.	Electroluminescent Polymers Containing Rare Earth Metal Complexes
22.	Preparation And Properties Of Organic Electroluminescent Materials And Films
23.	Synthesis Of Europium Complexes Used As Red Electroluminescent Materials And Properties Of Their Electroluminescent Devices
24.	Study On The Synthesis And Performance Of Oxadiazole As Electroluminescent Materials
25.	Theoretical Investigation On Electroluminescent Macromlecules
26.	Synthesise Of Electroluminescent Materials Comprising Oxadiazole Unit
27.	The Study On Fabrication And Performance Of Red Organic Electroluminescent Devices By Dye-doped Tetraphenylporphyrin Compounds
28.	Synthesis And Properties Of A Binuclear Ruthenium Bipyridyl Complex Based On Thiophene-ethynyl Bridge
29.	Designed And Synthesized Novel Rare Earth Complex As Electroluminescent Material
30.	The Study On Electroluminescent Performance Of Tris(8-hydroxylquinoline) Aluminum And Tetraphenylbiphenyldiamine Doped By Tetraphenylporphyrin Zinc
31.	Synthesis And Properties Of D-π-A-π-D And D-π-A-π-A Photoelectrical Materials Based On Stilbene Derivatives
32.	Synthesis And Properties Of Tetrabutadiene And Spirofluorene Derivatives As Organic Electroluminescent Materials
33.	Studies On The Electroluminescent And Photovoltaic Property Of The Azatriphenlene Rare Earth Complexes
34.	Electroluminescent And Photovoltaic Devices Based On Rare Earth Complexes
35.	Designed And Synthesized Novel Rare Earth Complex As Electroluminescent Material
36.	Theoretical Investigation On Electroluminescent Properties Of Benzofuran Trimers
37.	Synthesis Of Polyfluorene And PPV Derivatives And Study On Photo-Electroluminescent Properties
38.	Synthesis And Properties Of P-Conjugated Electroluminescent Materials Based On Bipyridine And 1,4-Distyrylbenzene
39.	Theoretical Study On Organic Electroluminescent Materials
40.	Study On Synthesis And Two-photon Absorption Properties Of Multibranch Chromophores With Triphenylamine
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