Abstract
Cerium chromites, non-substituted and substituted with alkali-earth metals, are synthesized in the self-propagating high-temperature synthesis mode using solid interaction oxidizes. The characteristic temperatures and specifics of interaction between the components are determined for all systems considered. The structural and physicochemical parameters, including the spectroscopic characteristics of the synthesis products depending on the alkaline-earth metal substituent and the degree of substitution, are investigated.
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