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Long persistent greenhouse film

机译:持久的温室膜

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摘要

Thin films for greenhouse application were prepared by doping with long persistent blue and red nanophosphors. Ultra violet and green light in the Sun spectrum were converted into blue and red light by using the nanophosphors. A more efficient blue and red light absorption by the chlorophyll in the plants can let the plants to grow faster. The blue and red light stored in the long persistent nanophosphors can also extend the growth time for the plants in the greenhouse which will increase productivity.
机译:通过掺杂持久的蓝色和红色纳米磷光体来制备用于温室的薄膜。通过使用纳米磷光体,将太阳光谱中的紫外和绿光转换为蓝和红光。叶绿素在植物中吸收蓝光和红光的效率更高,可以使植物生长更快。长期持久的纳米磷光体中存储的蓝光和红光还可以延长温室中植物的生长时间,从而提高生产力。

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