Photo-dielectric and electric field effect on the structural and phonon properties of calcium substituted BaTiO3

Key Points

• The study aims to investigate how light and electric fields influence the properties of calcium substituted BaTiO3.
• Analyzed the structural properties of calcium substituted BaTiO3 under varying light exposures.
• Examined the effects of electric fields on phonon properties.
• Utilized advanced characterization techniques to measure changes in material responsiveness.
• Findings reveal significant alterations in structural properties with light exposure.
• Electric fields also produce notable effects on phonon behavior, enhancing material functionality.
• Indications suggest improved performance for optoelectronic applications with optimized compositions.