Thermal conversion of cobalt(H) maleate, CoC~H20r(I) at 340--370 ~ was studied. The composition of the products of pyrolysis was determined. The major solid-phase product of decomposition consists of nano-sized particles of CoO (sizes vary. within narrow limits) stabilized by the polymeric matrix. Thermal conversions of Co It mateate involve dehydration, polymerization of dehydrated monomers, and deearboxylation of the resulting polymer.
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