This article provides an analysis of modern inorganic synthesis methods used in pharmaceuticals and materials science. The study aims to examine efficient synthetic approaches for producing high-purity compounds essential for drug development and advanced technological materials. Results indicate that the sol-gel process, hydrothermal synthesis, and chemical precipitation are the primary factors determining product quality and functionality.

Precursor, Stoichiometric ratio, Crystal lattice, Phase state, Synthesis yield, Hydrothermal conditions, Sol-gel technology, Thermal treatment (calcination) — changing properties of a substance through high-temperature heating.

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