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In situ monitoring of water adsorption in active carbon using an oblique-incidence optical reflectance difference method

机译:斜入射光反射差法原位监测活性炭中水的吸附

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The adsorption of water molecules in active carbon in normal condition can be monitored in situ with an oblique-incidence polarization-modulated optical reflectance difference technique. The optical response cannot only characterize the time length of adsorption, but reveal the tendency of dielectric properties of active carbon during the adsorption process. Therefore, the whole adsorption can be described by the permittivity obtained by OIRD measurement. Such a technique is also effective under high ambient pressure and temperature because of the optical detection, indicating that the precise measurement carried with this technique can help in building adsorption theory system in some different conditions.
机译:正常情况下,活性炭中水分子的吸附可通过斜入射偏振调制光学反射率差技术原位监测。光学响应不仅表征了吸附的时间长度,而且揭示了吸附过程中活性炭介电性能的趋势。因此,整个吸附可以通过由OIRD测量获得的介电常数来描述。由于具有光学检测功能,因此该技术在高环境压力和高温下也很有效,这表明该技术所进行的精确测量可以帮助在某些不同条件下构建吸附理论系统。

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