Search Results - Ramanayagam, Asvitha

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  1. 1
    Annealing-induced vacancy formation enables extraordinarily high Li+ ion conductivity in the amorphous electrolyte 0.33 LiI + 0.67 Li3PS4

    Annealing-induced vacancy formation enables extraordinarily high Li+ ion conductivity in the amorphous electrolyte 0.33 LiI + 0.67 Li3PS4 by Spannenberger, Stefan, Miß, Vanessa, Klotz, Edda, Kettner, Janosch, Cronau, Marvin, Ramanayagam, Asvitha, di Capua, Francesco, Elsayed, Mohamed, Krause-Rehberg, Reinhard, Vogel, Michael, Roling, Bernhard

    Published in Solid state ionics
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  2. 2
    Which Exchange Current Densities Can Be Achieved in Composite Cathodes of Bulk-Type All-Solid-State Batteries? A Comparative Case Study

    Which Exchange Current Densities Can Be Achieved in Composite Cathodes of Bulk-Type All-Solid-State Batteries? A Comparative Case Study by Miß, Vanessa, Ramanayagam, Asvitha, Roling, Bernhard

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  3. 3
    On the Origin of Anode and Cathode Contributions to the Impedance of All‐Solid‐State Batteries

    On the Origin of Anode and Cathode Contributions to the Impedance of All‐Solid‐State Batteries by König, Christoph, Ramanayagam, Asvitha, Kraus, Jennifer, Roling, Bernhard

    Published in Batteries & supercaps
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  4. 4
    Electron and Molecule Transport across Thin Li 2 O 2 Layers: How Can Dense Layers Be Distinguished from Porous Layers?

    Electron and Molecule Transport across Thin Li 2 O 2 Layers: How Can Dense Layers Be Distinguished from Porous Layers? by Müller, Sandra, Zhou, Wenjian, Ramanayagam, Asvitha, Roling, Bernhard

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  5. 5
    Electron and Molecule Transport across Thin Li2O2 Layers: How Can Dense Layers Be Distinguished from Porous Layers?

    Electron and Molecule Transport across Thin Li2O2 Layers: How Can Dense Layers Be Distinguished from Porous Layers? by Müller, Sandra, Zhou, Wenjian, Ramanayagam, Asvitha, Roling, Bernhard

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