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使用新穎主動層材料與原子層沉積成長氧化鋅之高效反式有機太陽電池
Thesis

使用新穎主動層材料與原子層沉積成長氧化鋅之高效反式有機太陽電池

楊政憲
Masters, 國立清華大學, 電子工程研究所
2012

Abstract

原子層沉積 反式結構 氧化鋅 有機太陽能電池 Atomic layer deposition Inverted structure Zinc Oxide Organic solar cells
Atomic layer deposition (ALD) is a kind of chemical vapor deposition (CVD) technique, it have conformal and high quality film can be deposited by ALD process and Zinc Oxide has high mobility and air-stable, Zinc Oxide layer can be prepared by ALD at low temperatures and in other research with the ALD-grown Zinc Oxide electron selective layer in flexible inverted Organic photovoltaic devices, a maximum PCE of 4.18%. In this work, we using solution process design inverted structure is ITO/ZnO/Blend/PEDOT:PSS/Ag, and using ALD- growth Zinc Oxide at ITO glass as electron selective layer and using novel donor material as active layer to achieved high efficiency inverted organic solar cells. The devices exhibit a PCE of 7.148% with optimum film thickness and annealing method.

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