睡莲(Eichhornia crassipes)通过光合作用发电

Demetrio Castelán-Urquiza
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引用次数: 0

摘要

通过睡莲的光合作用发电;在它们的根部释放电子,被阳极(铜线)和阴极(金属箔)导体收集,通过铜导体传输,并能够在3伏的led中以光能的形式使用它们。塑料容器的平均电压高于金属容器,平均电压达到0.747伏,R6是产生电压最高的容器,R4的平均电压最低为0.518伏。金属容器产生的电压,没有达到塑料容器的最大值,最高平均值为R7,电压为0.576伏,最低平均值为0.216伏R10,在2019年9月17日下午4:45,记录到最高平均电压为7.11伏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Water lily (Eichhornia crassipes) generation of electricity through photosynthesis
Generate electricity through the photosynthesis of the water lily; releasing electrons at their roots, to be collected by the anode (copper wire) and cathode (metallic foil) conductors, to transport them through copper conductors and be able to use them, in light energy, in a 3-volt led. Plastic containers on average have a higher voltage, compared to metal containers, on average they reached 0.747 volts, R6 was the one with the highest voltage production and the lowest 0.518 volts on average was R4. The voltage produced by metal containers, which did not reach the maximum values of plastic containers, the highest average is R7, with a voltage of 0.576 volts and the lowest of all averages is 0.216 volts R10, On 09/17/2019 at 4:45 PM, the highest average voltage of 7.11 volts was recorded.
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