Transparent rare-earth-doped bismuth titanate luminous ferro-electricity thin film and method for preparing same

Abstract

The invention discloses a transparent rare earth doping bismuth titanate luminous ferroelectric film and the preparation method thereof. The film provided by the invention contains (Bi4 minus xLnx) Ti3O12, wherein, the x is larger than or equal to 0 and smaller than or equal to 0.85; and the Ln is rare earth elements Pr, Dy, Ho, Er, Eu, Tm or Yb. The invention further provides a preparation method of the luminous ferroelectric film, which comprises the following step of preparing the solution of a front drive body; coating; baking; and annealing. The luminous ferroelectric film provided by the invention has the advantages of not only good ferroelectricity, dielectric performance and optical transmissibility performance, but also photo luminescent performance discovered. The method for preparing the transparent rare earth doping bismuth titanate luminous ferroelectric film has the advantages that easy control of the components of the film, and good uniformity, as well as low preparation cost, gentle condition, easy large-sized film formation, and uniformity, compactness and non-crack of the film prepared. The technical proposal provided by the transparent rare earth doping bismuth titanate luminous ferroelectric film, and the method thereof ensures that the materials have wider application foreground in the photoelectric material field.

Description

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AI Technical Summary

Benefits of technology

This patented technology provides an improved way to make high quality films with strong magnetic or electric polarization characteristics that are useful in various fields such as electronics (parents). It involves mixing two different types of solvents together before adding special chemical substances like silver salt) followed by evaporation on glass plates at very specific temperatures. These techniques allow for precise placement of particles onto substrates without damaging them during manufacturing processes. Additionally, it allows for efficient production of these layers while maintaining their desired qualities over time. Overall, this process simplifies the fabricating process and reduces costs compared to existing methods used today.

Problems solved by technology

The technical problem addressed by this patented technology relates to developing novel types of materials containing both fluorescing elements like Eu3+ or Ce4+) and ferromagnetic characteristics called Bi_{_/TiO, which are important components of these materials due to their ability to store energy when subjected to an external magnetic field. This could lead us to create better electronic device designs where they may replace traditional photovoltaic cells while still maintaining high performance capabilities.}