senti che il telefono si scalda facilmente?
se è cosi, è normale
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With increasing current densities the proportion of side reaction increases as a direct consequence of the Butler-Volmer-Equation. Therefore a high current density transforms the stored chemical energie inside a cell (discarging) or the external electrical energy (charging) in non-reversible chemical processes. This leads to a momentarily decrease in capacity.
Additionally if active material is altert during these non-reversible processes, the capacity decreases permanent. Also the created side products may change the electrochemical properties of the electrodes, like exchange current density, conductivity (ionic/electric) etc.
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e lo hai preso in estate poi...[/QUOTE
senti che il telefono si scalda facilmente?
se è cosi, è normale
"
With increasing current densities the proportion of side reaction increases as a direct consequence of the Butler-Volmer-Equation. Therefore a high current density transforms the stored chemical energie inside a cell (discarging) or the external electrical energy (charging) in non-reversible chemical processes. This leads to a momentarily decrease in capacity.
Additionally if active material is altert during these non-reversible processes, the capacity decreases permanent. Also the created side products may change the electrochemical properties of the electrodes, like exchange current density, conductivity (ionic/electric) etc.
"
e lo hai preso in estate poi...
Si scalda subito proprio dopo nemmeno 20 minuti d’uso.