Abstract
Time-of-flight secondary ion mass spectrometry (ToF-SIMS) was applied for the first time to the surface characterization of carbonaceous material formed during thermochemical conversion of cellulose. Owing to that new information about the composition of solid residue formed in the cellulose pyrolysis was obtained. The use of ToF-SIMS allowed one to demonstrate the differences between the structure of the uppermost layer and subsurface region of the pyrolysed material which were not clear with the use of other analytical methods.
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