Abstract Dielectric and charge-discharge performance of carbon nitrite supported bismuth sulfide nanoparticle (BS) has been reported, where, an in-situ route was applied for the synthesis of sulfide particles. The XRD… Click to show full abstract
Abstract Dielectric and charge-discharge performance of carbon nitrite supported bismuth sulfide nanoparticle (BS) has been reported, where, an in-situ route was applied for the synthesis of sulfide particles. The XRD analysis indicates the crystalline nature and the TEM image shows the size and dispersion of the BS. The material sustained at the dielectric breakdown voltage of 2 kV for 103 s and the maximum polarization was obtained 0.25 μC/cm2 under the electric field of 6.5 kV/mm. The synthesized material attended a stable charge and discharge energy density 114 mJ/cm3 and 70 mJ/cm3 respectively for the period of 103 cycles.
               
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