Energetic heterogeneity of oxidized activated carbon fibers

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Abstract Energetic heterogeneities of the oxidized cellulose-, pitch-, and poly-acrylonitrile-based activated carbon fibers are characterized by means of the adsorption potential distribution functions. These distributions are calculated from the low-temperature nitrogen adsorption isotherms by using the condensation approximation method. It is shown that the distribution functions obtained for the carbon fibers studied are composed of two peaks, which reflect the bi-microporous structure of these solids.

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