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Nitrogen uptake temperature effects

Further, they normalized the CO2 capture capacities in accordance with narrow micropore volume and nitrogen content, with the aim to determine the influence of both textural and surface chemistry properties on their capture performance. The normalization of the CO2 capture capacities by the narrow micropore volume shows the effect of surface chemistry properties of the samples on the CO2 uptake, while the normalization by nitrogen content exhibits the contribution of textural properties. From the results, we can assume that samples prepared from low treatment temperature (i.e., 600 °C) exhibit the greatest capacity per narrow micropore volume, while high-tem-perature pyrolyzed samples show increased contribution by the micropores. [Pg.26]

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