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Purification capability of broccoli to gaseous ethyl alcohol using an LED lighting system

机译：使用LED照明系统将西兰花纯化为气态乙醇的能力

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摘要

Plants have various kinds of functions. One of them is a purifying function to gaseous contaminants including carbon dioxide. It is a noticeable function from the standpoint of protection of the global environment. Plants can purify not only carbon dioxide but also nitrogen oxide and sulfur oxide, and the chemicals are used as a source of energy after having been broken down in the plants. In addition, plants put out a bioelectric potential which changes depending on the environment and growing conditions. In this study, the relationship between the potential and purification capability of a plant is examined using an LED lighting system. Broccoli is adopted as a subjective plant and the experiment is carried out with five kinds of LED light frequencies including darkness. The summation value is adopted as the potential value, namely the total amount of the bioelectric potential for a minute (v_(mi)). As a result, the capability increases and the potential also becomes greater in blue light. A positive correlation is recognized in the relationship between the potential and the capability. A specific gaseous chemical could be purified in a particular light-frequency by applying the results of this study.
机译：植物具有各种功能。其中之一是对包括二氧化碳在内的气态污染物的净化功能。从保护全球环境的角度来看，这是一项引人注目的功能。植物不仅可以净化二氧化碳，还可以净化氮氧化物和硫氧化物，并且在植物中分解后，这些化学物质被用作能源。此外，植物释放出的生物电势会根据环境和生长条件而变化。在这项研究中，使用LED照明系统检查了植物的潜力与净化能力之间的关系。以西兰花作为主观植物，并在包括黑暗在内的五种LED光频率下进行了实验。将总和值用作电势值，即一分钟的生物电势的总量（v_（mi））。结果，在蓝光下容量增加并且电势也变大。在潜力和能力之间的关系中认识到正相关。通过应用这项研究的结果，可以在特定的光频率下净化特定的气态化学物质。

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