本文主要研究内容
作者（2019）在《Black fungus derived aerogel with double faced properties》一文中研究指出：Black fungus derived carbonaceous aerogel(BFA)was prepared via a convenient and energy efficient ultrasonic disposal process.The adsorption experiments of atmospheric pollutants demonstrated the superior adsorbability of black fungus aerogel on PM2.5,PM10 and formaldehyde.More importantly,black fungus aerogel(BFA)exhibited intriguing double-faced prope rties.We explored p roperties of each side of the black fungus from three aspects:water contact angle measurements,liquid selective absorption capacity and air pollutant adsorption abilities.The subsequent modification of ZnO nanosheets endowed the prepared black fungus aerogel with several valuable properties,including broad-spectrum antibacterial capability and high-efficient adsorption ability.These valuable characters implied the BFA to be a promising bacteriostat and cleaner for air and water pollution treatment.
Abstract
Black fungus derived carbonaceous aerogel(BFA)was prepared via a convenient and energy efficient ultrasonic disposal process.The adsorption experiments of atmospheric pollutants demonstrated the superior adsorbability of black fungus aerogel on PM2.5,PM10 and formaldehyde.More importantly,black fungus aerogel(BFA)exhibited intriguing double-faced prope rties.We explored p roperties of each side of the black fungus from three aspects:water contact angle measurements,liquid selective absorption capacity and air pollutant adsorption abilities.The subsequent modification of ZnO nanosheets endowed the prepared black fungus aerogel with several valuable properties,including broad-spectrum antibacterial capability and high-efficient adsorption ability.These valuable characters implied the BFA to be a promising bacteriostat and cleaner for air and water pollution treatment.
论文参考文献
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：Black fungus derived aerogel with double faced properties论文
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