Abstract
A mechanism of the synthesis reactions of doped nanocrystalline calcium carbonate phosphates is considered, and an oscillating type of model is proposed for these reactions. The system is oscillatory in nature and can be represented as a brusselator of the simplest implementation of cubic nonlinearity. Biomaterial obtaining highly active resorption and the transdermal ability to activate the processes of osteogenesis in humans of all ages for the restoration of bone tissue and for strengthening tooth tissue is developed.
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