Synthesis And Characterization Of Multiferroic Composites And Their Possible Application In Photovoltaics

Abstract

Multiferroics materials due to their exceptional properties hold huge potential for their newlineapplications in multifunctional, magnetic, and photovoltaic devices due to their unique newlineproperties. Researchers are actively exploring the ways to improve the electronic and newlinemagnetic strength of multiferroic materials so that they can be used for the development newlineof next-generation devices with superior functionality, enabling miniaturization and newlineintegration into complex systems. While their photoelectric properties open doors for newlinedeveloping efficient solar cells. In our study, we opted for a composite system approach newlineto enhance the overall multiferroic and optoelectronic properties of the multiferroic newlinematerial. Firstly, we have synthesized a high-purity multiferroic material. The obtained newlinemultiferroic material is then used to make a multiferroic-based composite system where newlinemultiferroic material as a main matrix is used. The prepared composites have been newlineinvestigated with the help of sophisticated instruments, for the morphological, electronic, newlinemagnetic, ferroelectric, and optoelectronic properties. The investigation suggested that newlineenhanced properties of these composite systems may find their application in energy newlinestorage and photovoltaic devices. This opens the door to the creation of cutting-edge tools newlineand uses across a range of technological domains. newline