Aging mechanisms and service life of lead–acid batteries von Ruetschi, Paul

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Rechargeable batteries with aqueous electrolytes von Beck, Fritz, Rüetschi, Paul

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Influence of crystal structure and interparticle contact on the capacity of PbO2 electrodes von RÜETSCHI, P

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Silver–silver sulfate reference electrodes for lead-acid batteries von Ruetschi, Paul

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Silver–silver sulfate reference electrodes for use in lead-acid batteries von Ruetschi, Paul

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Cation-vacancy model for MnO2 von RUETSCHI, P

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Cation vacancies in MnO2 and their influence on electrochemical reactivity von RUETSCHI, P, GIOVANOLI, R

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Influence of cation vacancies on the electrode potential of MnO2 von RUETSCHI, P

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Energy storage and the environment: the role of battery technology von Ruetschi, Paul

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Nickel-metal hydride batteries. The preferred batteries of the future? von Ruetschi, Paul, Meli, Felix, Desilvestro, Johann

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The Gaston Planté Medal Address von Ruetschi, Paul

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Alkaline Aqueous Electrolyte Cells for Biomedical Implantable Applications von Ruetschi, Paul

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Ion Selectivity and Diffusion Potentials in Corrosion Layers von Ruetschi, P.

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The behaviour of MnO2 in strongly acidic solutions von Ruetschi, P., Giovanoli, R.

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Anodic Oxidation of Lead at Constant Potential von Ruetschi, P., Angstadt, R. T.

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Cation-vacancy model for MnO sub(2) von Ruetschi, P

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Review on the lead—acid battery science and technology von Ruetschi, Paul

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Alkaline electrolyte—lithium miniature primary batteries von Ruetschi, Paul

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Polarization of Partly Wetted Porous Electrodes von Ruetschi, P., Ockerman, J. B.

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Discharge Mechanism of MnO2 Electrodes as Influenced by the Solubility of the Reaction Products von Ruetschi, Paul

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