Key factors dominating luminescent properties of a GaP nanocomposite material
来源期刊：Rare Metals2002年第3期
论文作者：SHI Guixia LIU Zhengang CUI Deliang, HAO Xiaopeng BAI Yujun, and JIANG Minhua State Key Laboratory of Crystal Materials, Shandong University, Jinan , China Institute of Chemistry and Chemical Engineering, Shandong Unveirsty, Jinan , China
文章页码：193 - 197
摘 要：<正>GaP/morin nanocomposite material was prepared, and the key factors affecting the luminescent properties of the material were investigated. Intense luminescence was observed after the composite reaction between GaP nanoc-rystals and morin. The luminescence of the GaP/morin composite material is intensified remarkably with the ratio of mor-in to GaP nanocrystals increasing, but the peak wavelength remains unchanged. With the size of GaP particles decreasing, the luminescent intensity of the composite increases and the peak wavelength blue-shifts. The possible reason for this phenomenon was discussed.
SHI Guixia LIU Zhengang CUI Deliang, HAO Xiaopeng BAI Yujun, and JIANG Minhua State Key Laboratory of Crystal Materials, Shandong University, Jinan 250100, China Institute of Chemistry and Chemical Engineering, Shandong Unveirsty, Jinan 250100, China
摘 要：<正>GaP/morin nanocomposite material was prepared, and the key factors affecting the luminescent properties of the material were investigated. Intense luminescence was observed after the composite reaction between GaP nanoc-rystals and morin. The luminescence of the GaP/morin composite material is intensified remarkably with the ratio of mor-in to GaP nanocrystals increasing, but the peak wavelength remains unchanged. With the size of GaP particles decreasing, the luminescent intensity of the composite increases and the peak wavelength blue-shifts. The possible reason for this phenomenon was discussed.
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