 Cathode |
Supplying electrons to the Emission Material Layer being connected to the electric power
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| Anode |
Supplying holes to the Emission Material Layer being connected to the electric power
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| EIL(Electron Injection Layer) |
Making electrons to be easily released from the Cathode
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| ETL(Electron Transfer Layer) |
Transferring electrons from the Electron Injection Layer to the Emission Material Layer
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| EML(Emission Material Layer) |
Emitting light with the combination of electrons and holes
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| HTL(Hole Transfer Layer) |
Transferring holes from the Hole Injection Layer to the Emission Material Layer
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| HIL(Hole Injection Layer) |
Making holes to be easily released from the Anode
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| ITO(Indium Tin Oxide) |
Anode directly connected with OLED: using transparent electrode making light be permeated
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| Encapsulation |
Sealing up the face with metal or glass to prevent the infiltration of oxygen or moisture from outside
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| Aluminizing |
Forming sub layers with vacuum aluminizing method to improve emitting layer composed of organic phosphors and the property of the emission, and aluminizing Al:Li alloy used as the Cathode
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| Fluorescence |
Light emitted when electrons in the materials which absorbs light are excited and return to the ground state
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| Phosphorescence |
Light emitted when electrons become at quasi-ground state (medium status) from excitation, and turning back to the ground state
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