CNTs doped MgCuS nanostructureas as high-performance electrode material hybrid supercapacitor
Hamad Mumtaz, Hafiz Muhammad (51777)
CNTs doped MgCuS nanostructureas as high-performance electrode material hybrid supercapacitor - Lahore (unpublished) 2025 - x, 69 p. : ill., Col., ; 29 cm. +CD
Submitted in partial fulfilment of the requirements for the degree of Master of Philosophy in Physics. Thesis supervisor: Dr. Amir Muhammad Afzal Include bibliographical references
Thesis (MPhil-Physics)--Riphah International University, 2025
English
Physics
Hybrid supercapacitor--Electrical conductivity--Electrode material--Power storage--Electrochemical--Nanostructure--MPhil-Physics--RCST
530 / HAM
CNTs doped MgCuS nanostructureas as high-performance electrode material hybrid supercapacitor - Lahore (unpublished) 2025 - x, 69 p. : ill., Col., ; 29 cm. +CD
Submitted in partial fulfilment of the requirements for the degree of Master of Philosophy in Physics. Thesis supervisor: Dr. Amir Muhammad Afzal Include bibliographical references
Thesis (MPhil-Physics)--Riphah International University, 2025
English
Physics
Hybrid supercapacitor--Electrical conductivity--Electrode material--Power storage--Electrochemical--Nanostructure--MPhil-Physics--RCST
530 / HAM