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The research of lamp for the growing of green plants

机译:用于绿色植物生长的灯的研究

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Photosynthesis of plants is to absorb the special wavelength of sunlight by the chlorophylls. According to the absorption spectrum of chlorophylls, we managed to make a LED lamp for the growing of green plants, and the relative energy spectrum distribution of the lamp match with the absorbing spectrum of green plants. Because the absorption wavelength range of chlorophylls are respectively 390~420nm, 430~460nm and 650~680nm, we choose difl'erent peak wavelength LEDs which are respectively at 400nm, 450nm, 655nm. By calculation, the general energy ratio of the three types of LEDs is 22:46:33, which corresponds to the absorption spectrum of chlorophylls. The illuminance of lamp for the growing of green plants on plants away 0.5 meter is 801x by measuring. The LEDs lamp can be used to complement light and increase the efficiency of photosynthesis in cloudy, in door or at night. In another word, the photosynthesis is more powerful, and the more carbohydrates are synthesized, supplying enough material and energy for the growing of green plants.
机译:植物的光合作用是通过叶绿素吸收特殊波长的阳光。根据叶绿素的吸收光谱,我们设法制作了一种用于绿色植物生长的LED灯,并且该灯的相对能谱分布与绿色植物的吸收光谱相匹配。由于叶绿素的吸收波长范围分别为390〜420nm,430〜460nm和650〜680nm,因此我们选择了分别位于400nm,450nm和655nm的不同峰值波长的LED。通过计算,这三种类型的LED的总能量比为22:46:33,与叶绿素的吸收光谱相对应。通过测量,灯在0.5米以外的植物上生长绿色植物的照度为801x。 LED灯可用于补充光线,并提高多云,室内或夜间的光合作用效率。换句话说,光合作用更加强大,并且合成了更多的碳水化合物,为绿色植物的生长提供了足够的物质和能量。

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