近年來有機發光二極體OLED（Organic Light Emitting Diode）研究越來越多,在顯示器以及照明上都有明顯的進步, OLED 被認為是一種非常好的顯示功能在顯示器上有分成好幾種類別（例如頭戴式設備視聽娛樂、汽車擋風玻璃導航設備、和實時醫學成像設備）。,其中大尺寸的OLED顯示器上有透明面板的需求,因此本論文研究大尺寸透明OLED。
我們使用二次黃光,以及原子層沉積系統(Atomic Layer Deposition , ALD)形成一層保護膜,在藉由更改薄膜厚度等方式來獲得的高效率元件用來製作成的大面積透明元件,最後使用玻璃封裝等技術來實現效果。
本論文實現了可以使用控制碳酸銫（Caesium carbonate Cs2CO3）加上一層薄銀,最後加上WO3來增加它的透明度,來實現透明元件,相較於正常製作的厚銀的原件,優勢在於電源處於off的狀態下是透明的,可以透過元件觀察後面的景觀,在可以用於在玻璃上,眼鏡上,電視上,透過電路的設計,最後可以得到一顯示器在以上的容器上進而顯現它的優勢。

In recent years, organic light emitting diode (OLED) (Organic Light Emitting Diode) has been studied more and more, and there have been significant advances in display and lighting. OLED is considered to be a very good display function. The display is divided into several categories ( For example, head-mounted equipment audiovisual entertainment, car windshield navigation equipment, and real-time medical imaging equipment). Among them, there is a need for transparent panels on large-size OLED displays, so this paper studies large-size transparent OLEDs.
We use secondary yellow light and an atomic layer deposition system (Atomic Layer Deposition, ALD) to form a protective film. The high-efficiency components obtained by changing the film thickness are used to make large-area transparent components. Technology such as glass encapsulation to achieve the effect.
This paper realizes that you can use Caesium carbonate Cs2CO3 plus a layer of thin silver, and finally add WO3 to increase its transparency to achieve a transparent element. Compared with the original thick silver made normally, the advantage is that the power supply is It is transparent in the off state, and the landscape behind can be observed through the components. It can be used on glass, glasses, TV, through the design of the circuit, and finally a display can be obtained on the above container to show its advantages. .

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