01009nam a22002057a 4500952009700000999001700097040003600114082001300150100004100163245009800204260003200302300004300334500010700377500004700484500003900531502006600570546001200636650014800648942000700796  00104071aGGLbGGLd2026-01-29l0o530 HAMp117499r2026-01-29 00:00:00t1w2026-01-29yTH  c60489d60489  cRiphah International University  a530bHAM  aHamad Mumtaz, Hafiz Muhammad (51777)  aCNTs doped MgCuS nanostructureas as high-performance electrode material hybrid supercapacitor  aLahoreb(unpublished)c2025  ax, 69 p.b: ill., Col.,c; 29 cm.e+CD  aSubmitted in partial fulfilment of the requirements for the degree of Master of Philosophy in Physics.  aThesis supervisor: Dr. Amir Muhammad Afzal  aInclude bibliographical references  aThesis (MPhil-Physics)--Riphah International University, 2025  aEnglish  aPhysicsaHybrid supercapacitorvElectrical conductivityvElectrode materialvPower storagevElectrochemicalvNanostructurevMPhil-PhysicsvRCST  cTH