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- W3019897552 endingPage "106564" @default.
- W3019897552 startingPage "106564" @default.
- W3019897552 abstract "Need of renewable green energy sources due to low cost synthesis, mechanically strong, high energy storage capacity with improved dielectric performance have been receiving much attention. Present work render the ZnO particle and flower-like morphology assemble semicrystalline β phase PVDF/BT nanocomposite, successfully synthesized by spin coating method and characterized by XRD, SEM, EDS and FTIR techniques. Also the energy storage density of composite with modified structure is largely increased with value 0.056 Jcm−3 at 6 MV/m which is 66% higher than virgin β-PVDF and 82% piezoelectric energy harvesting efficiency. Maximum dielectric constant is 1774 at 1 Hz for PVDF-BaTiO3-ZnOf [P-BT-ZnOf] nanocomposite film and maximum breakdown strength of 43 kVcm−1. Electrochemical study reveals that P-BT-ZnOf nanocomposite film manifest better potential material. In terms of mechanical performance, P-BT-ZnOf nanocomposite shows maximum Young's modulus of 204 MPa, tensile strength of 28.7 MPa and 23.1% elongation to break. These results provide promising capability to enhance the performance of composites for energy storage application, transducers, sensors, capacitors etc." @default.
- W3019897552 created "2020-05-01" @default.
- W3019897552 creator A5015600696 @default.
- W3019897552 creator A5052008562 @default.
- W3019897552 date "2020-08-01" @default.
- W3019897552 modified "2023-09-29" @default.
- W3019897552 title "Robust flower-like ZnO assembled β-PVDF/BT hybrid nanocomposite: Excellent energy harvester" @default.
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- W3019897552 doi "https://doi.org/10.1016/j.polymertesting.2020.106564" @default.
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