Microwave Synthesis of Lithium, Copper, Cobalt, and Nickel Ferrites

摘要: One of the most important problems modernmaterials science is development new methodsfor preparing functional materials, which allow one todecrease power inputs and synthesis time [1]. Micro-wave treatment a promising method that satisfiesthese demands.Microwave heating has some advantages over com-mon methods for solids liquids. Amongthese advantages, noteworthy high rate lowthermal lag, absence contact between aheated material heater, uniformity bulkheating, possibility to selectively heat componentsin mixtures, efficiency [2].The absorption microwave radiation by sub-stances occurs through two basic mechanisms associ-ated with rotation dipoles ionic currents. There-fore, substances permittivity or ionicconductivity absorb microwaves efficiently. Mate-rials low dielectric loss factor insulators canbe heated after adding compounds micro-waves, example, magnetite, silicon carbide, orgraphite [2]. In salt systems, water crystallizationmay act as such an “additive.”Over past few years, hasbeen used complex oxides ( CuFe