Publications by authors named "Banarji Behera"
Ferroelectric materials exhibiting switchable and spontaneous polarization have strong potential to be utilized in various novel electronic devices. Solid solutions of different perovskite structures induce the coexistence of various phases and enhance the physical functionalities around the phase coexistence region. The construction of phase diagrams is important as they describe the material properties, which are linked to the underpinning physics determining the system.
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- Dielectric capacitors, especially those made from polymers, are essential for electronics and energy storage due to their flexibility and efficient performance.
- A new polymer thin film capacitor design, which incorporates layers of 2D nanofillers (Mica or -BN nanosheets) alongside poly(vinylidene fluoride) and poly(methyl methacrylate), has been developed, offering significantly increased energy density and efficiency.
- The application of density functional theory helps validate the improvements in permittivity, suggesting that these 2D nanofillers could lead to versatile enhancements in high energy density capacitor design for various modern applications like electric vehicles.