Abstract
The formation of carbonization products in the oxidation of ethylene glycol to glyoxal on a massive sample of copper catalyst was studied by electron microscopy, elemental CH analysis, X-ray phase analysis, and the catalytic flow method. Filamentary, dendritic, and polycrystalline morphological forms of the carbonization products were identified. It was shown that there is a relation between the morphological forms of the carbonization products and the catalytic activity of the copper.
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