荧光粉
发光
发光二极管
兴奋剂
猝灭(荧光)
色度
光致发光
化学
带隙
碱土金属
发射光谱
材料科学
分析化学(期刊)
光电子学
谱线
荧光
碱金属
光学
物理
有机化学
色谱法
天文
作者
Young Jun Yun,Jin Kyu Kim,Ji Young Ju,Seul Ki Choi,Seul Ki Choi,Woon Ik Park,Jae Yong Suh,Ha‐Kyun Jung,Yongseon Kim,Sungho Choi,Sungho Choi
摘要
hosts. Moreover, we demonstrate that the resultant LED lighting adopting the proposed novel phosphor composition stimulates the enhanced photosynthesis reaction for indoor hydroponics plants, such as oats and onions, which is superior to the narrow line emission band induced by the mixture of conventional red/green/blue LEDs. Thus, using the color-tunable single composition luminescent material may produce an innovative energy-efficient artificial lighting for indoor plant growth.
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