Abstract
We get insight into the atomic-molecular evolution of crystal engineering on BiFeO3 (BFO). Doping a small amount of Co ions into BFO enables us to introduce more oxygen vacancies that transform the dipole configuration. This gives rise to a matched dielectric loss tan δe and the magnetic loss tan δm, as doping also induces a microstructure deformation with enhanced superexchange interaction. Using matched electromagnetic parameters, the electromagnetic energy absorption is dramatically improved with over 200% increments. The deep insight into the evolution principle broadens the horizon of manipulating the electromagnetic wave and energy flow to advance modern information technology.
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