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Optimal research of artificial-lighting sources for Anoectochilus Formosanus Hayata

机译:变形金线莲人工照明光源的优化研究

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Fluorescent lamps are the most popular artificial light source for plantlet cultivation. However, the spectrum of fluorescent lamps is greatly different from solar spectrum. This paper combined fluorescent lamps with blue LEDs and red LEDs, in order to carry out the experiments on Anoectochilus Formosanus Hayata. We observed and recorded the data of Anoectochilus Formosanus Hayata's living in order that we look for the most suitable condition for this plant and increase the production. By the way, we collect this data by changing the different wavelength and illumination of the three light sources. This paper applies orthogonal arrays as a way to design how much intensity of the artificial-lighting sources is fit for Anoectochilus Formosanus Hayata. In the experiments, the following are set separately: fluorescent lamp in 1200 Lux, 1600 Lux and 2000 Lux, the blue LED in 4 W, 7 W and 10 W, and the red LED in the same conditions of the blue one. We find Anoectochilus Formosanus Hayata grows best under the fluorescent lamp in 1600 Lux, blue LED with 10 W and red LED with 7 W. The optimum artificial-lighting source combination decreases the growing time from six months to three months.
机译:荧光灯是用于小植株栽培的最受欢迎的人造光源。但是,荧光灯的光谱与太阳光谱有很大的不同。本文将荧光灯与蓝色LED和红色LED组合在一起,以进行金线莲的实验。我们观察并记录了Anoectochilus Formosanus Hayata的生活数据,以便为该植物寻找最合适的条件并增加产量。顺便说一下,我们通过更改三个光源的不同波长和照明来收集此数据。本文采用正交阵列作为一种方法来设计多少强度的人工照明光源适合金线莲(Anoectochilus Formosanus Hayata)。在实验中,分别设置了以下内容:1200 Lux,1600 Lux和2000 Lux的荧光灯,4 W,7 W和10 W的蓝色LED以及与蓝色相同条件下的红色LED。我们发现在1600 Lux的荧光灯,10 W的蓝色LED和7 W的红色LED下,金线莲(Anoectochilus Formosanus Hayata)的生长最佳。最佳的人工照明光源组合将生长时间从六个月缩短至三个月。

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