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不同波长光对微藻吸收CO2能力的影响，2583字
摘 要：自工业革命以来,不断增长的燃料消耗导致大气中CO2浓度日益升高，由此所产生的温室效应已经受到全世界的普遍关注。 近年来， 国内外已经开展了利用微藻固定CO2技术的相关研究。影响微藻吸收CO2的因素是研究的热点内容。光是影响微藻生长最重要的因子之一，不同波长的光会影响微藻的新陈代谢，从而影响微藻对CO2的吸收能力。实验探寻了不同波长的光对微藻吸收CO2能力的影响强弱，探寻了白炽灯光、红光、绿光、蓝光在相同的外界条件下照射微藻，用气相色谱法测定CO2浓度，并得出它们各自的去除率分别为43.78%、5.93%、10.16%、15.13%。
关键词：微藻处理；二氧化碳；气相色谱；不同波长
Different wavelengths of light on the CO2 absorption capacity of microalgae.
Abstract：Since the industrial revolution, increasing fuel consumption led to ever-increasing concentration of atmospheric CO2, the greenhouse effect have caused concern around the world. In recent years, at home and abroad have been carried out the technology that using microalgae to fixed CO2 . The factors which affect the microalgae absorb CO2 is the hot content. Light of microalgae is one of the most important factor, different wavelengths of light can affect the metabolism of algae, then affecting the ability of microalgae to absorb CO2. Experiments to explore the different wavelengths of light on the ability of microalgae CO2 absorption strength, explore the incandescent light, red, green, blue under the same conditions of exposure to the outside world microalgae, using gas chromatography to determinate CO2 concentration, and come to their respective removal rates were 43.78%, 37.370%, 5.93%, 15.13%.
Key words: Microalgae Treatment; Carbon Dioxide; Gas Chromatography; Different Wavelengths.