01019nam a22002057a 4500952013100000999001700131040003700148082001300185100002600198245014500224260003500369300003700404500014400441500004100585500004100626502005900667546001200726650006800738942000700806  00104071aRIUbRIUd2026-02-21eRiphah International University l0o530 MARp103234r2026-02-21 00:00:00t1w2026-02-21yTH  c60719d60719  cRiphah International University   a530bMAR  aMaria Saddiqa (60718)  aDFT+U investigation of Zr-absorbed Fe3O4 surfacebelectronic, magnetic, and adsorption properties for enhanced renewable energy applications  aIslamabadb(Unpublished)c2025  axv ,70 p.b: ill.c; 30 cm.e+CD  aSubmitted in partial fulfillment of the requirements for the degree of Master of Philosophy in Physics to the Department of Basic Sciences.  aIncludes bibliographical references.  aThesis supervisor: Dr. Nasir Mehboob  aThesis (M.Phil)--Riphah International University, 2025  aEnglish  aPhysicsvRenewable energyvElecrtronicvDFT+UvFe3O4vDBSvFEAS  cTH