Analysis of activation processes indicates crucial effects on specific surface area and pore volume.
For most applications in modern industrial production, the most effective are nanoporous carbon materials, characterized by a high specific pore volume and specific surface area. Investigations of technological modes of the production process of nanoporous material by chemical high-temperature activation have been carried out. The mechanisms of the activation behavior with the establishment of the main parameters effecting on the characteristics of the produced material are considered. On the basis of the experimental data, the effective values of the technological modes of activation of the carbon material and the directions of further investigation are proposed.
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Shubin et al. (2022) studied this question.
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