Obtaining, characterization and applications of magnetic materials in the phenological development of lettuce cultivation
Keywords:
phenomenological model; nanostructured materials; M-type hexaferrite; lettuce plantsAbstract
In this research, semi-empirical expressions are applied to calculate the main kinetic parameters for
obtaining phases of the type: BaFe12-2x (Dp2+, Dj4+)x
O19 (BaM + (Dp2+, Dj4+)x
). The latest variant of a
phenomenological model of cations distribution in the different sites of the crystallographic structure
was updated for the prediction of some physical properties, before and after the samples are doped. The
physical interpretation of the structural, microstructural, thermal, and magnetic characterizations of the
phases obtained were carried out. The physical interpretation of the physical-chemical characterizations
carried out gives rise to the potential design of applications of these compounds, as permanent magnets.
This proposal proposes as an example of application, on a laboratory scale, the use of these BaFe12-2x (Co2+,
Ti4+)xO19 (BaM + (Co2+,Ti4+)x) magnets for the qualitative study of the entire phenological development of
lettuce plants, in a permanent magnetic field.
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