Browsing School of Physical and Mineral Sciences by Subject "Manganese dioxide electrodes"

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  • Atomistic simulation studies of lithiated MnO2 nanostructures 
    Kgatwane, Kenneth Mompati (2020)
    We employ molecular dynamics simulations, using DL_POLY code, to study the structural behaviour of β-MnO2 cathode material during discharging through lithium-ion intercalation into the bulk, nanoparticle, nanorod, nanosheet, ...
  • Computational modelling and EXAFS studies of electrolytic manganese dioxide 
    Maphanga, Rapela Regina (2005)
    Electrolytic Manganese Dioxide (EMD) is an important material for manufacturing alkaline electrolyte in commercial batteries. The structure of this material, which tends to be an intergrowth of pyrolusite and ramsdellite ...
  • Computer simulation studies of MnO2 and LiMn2O4 nanotube 
    Tshwane, David Magolego (2016)
    Nanostructured materials are attractive candidates for efficient electrochemical energy storage devices because of their unique physicochemical properties. Introducing nanotube systems as electrode materials represents one ...
  • Evolutionary algorithm simulation study of MnO2 nanoclusters 
    Masoga, Wesley Phala (2023)
    Transition metal-oxides have garnered significant attention due to their different allotropic polymorphs with unique structural and electronic properties necessary for the creation of new and improved rechargeable battery ...

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