Pasindu ,VirajYapa,PiumikaDabare,SanduniMunaweera,ImalkaEtampawala,ThusithaWeerasekera,Manjula MAttygalle,DineshAmarasinghe,Shantha2025-07-232025-07-232025-05https://dr.ichemc.ac.lk/handle/123456789/432Abstract No: 2025_298 Page 48Photocatalysis exhibits considerable potential for a range of environmental, energy, and biomedical applications, especially when employing metal-doped nanoparticle systems like Ni-doped ZnO. By giving nanohybrid stability and structural support, graphene oxide (GO) enhances photocatalytic activities and increases its durability and resistance to photo- corrosion.enPhotocatalysisDye degradationElectrospinningAntimicrobial. SemiconductorHarnessing the Power of Visible Light with GO-Ni-ZnO Nanohybrid Electrospun Polymeric Membranes for Improved Photocatalysis:A Focused Approach to Fabrication, Characterization, and ApplicationsArticle