Abstract
The sizes and composition of iron-containing particles formed in pores of activated carbon during heat treatment in flowing hydrogen have been studied by Mossbauer spectroscopy. The changes in porous structure of activated carbon due to iron-catalyzed carbon hydrogenation were investigated by means of adsorption method. With the same percentages of burn-off, the sizes of pores formed in the adsorbent during activation have been found to increase for the sample with higher iron loading and larger catalyst particles.
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