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Excitonic blue luminescence from p-LaCuOSe/n-InGaZn5O8 light-emitting diode at room temperature

机译:室温下p-LaCuOSe / n-InGaZn5O8发光二极管的激子蓝光

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摘要

A hetero p/n junction diode was fabricated by laminating an amorphous n-type InGaZn5O8 layer to a p-type LaCuOSe film epitaxially grown on a MgO (001) substrate. It exhibited a relatively sharp blue electroluminescence (EL) that peaked at ~430 nm at room temperature when a forward bias voltage above 8 V was applied. The wavelength and bandwidth of the EL band agreed well with those of the excitonic photoluminescence band in LaCuOSe, which indicates that the EL band originates from the exciton in LaCuOSe. This experiment strongly suggests that layered compounds, LnCuOCh (Ln=lanthanide, Ch=chalcogen), are promising as the light-emitting layer in optoelectronic devices that operate in the blue–ultraviolet region.
机译:通过将非晶n型InGaZn5O8层层压到外延生长在MgO(001)衬底上的p型LaCuOSe膜上,可以制造异质p / n结二极管。当施加高于8 V的正向偏置电压时,它表现出相对尖锐的蓝色电致发光(EL),在室温下在〜430 nm处达到峰值。 EL带的波长和带宽与LaCuOSe中的激子光致发光带的波长和带宽非常吻合,这表明EL带起源于LaCuOSe中的激子。该实验强烈表明,层状化合物LnCuOCh(Ln =镧系元素,Ch =硫族元素)有望作为在蓝紫外区域工作的光电器件中的发光层。

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