Abstract
The results of mechanochemical treatment of an amorphous carbonaceous material (ACM) together with urea in a planetary ball mill with ball accelerations up to 60 g are discussed. The common mechanochemical treatment of an AMC and urea is helpful to add up to 2.6 wt % urea to the AMC. X-ray photoelectron spectroscopy indicates that nitrogen can enter the AMC structure in the form of three-coordinated and quaternary nitrogen. The mechanochemical treatment of an AMC together with urea considerably increases the micropore proportion on account of the destruction of larger pores.
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