Which behavior emerges at high discharge rate during LiFePO4 electrode operation?

💡 Explanation

Under high rates, large overpotentials are present and ohmic heating is enhanced, therefore the electrode temperature rises, driving the local system outside its safe operating window resulting in thermal runaway, rather than any of the other thermal behaviors mentioned at those rates, because those alternatives do not match empirical discharge data under thermal constraint.

• Which outcome results when a pure substance experiences fusion?
• Which outcome occurs when imperfections increase in interferometer mirrors?
• Which byproduct emission ceases, if isotopic separation stops?
• Which outcome arises when pulsed radar operates near buildings?
• Which phenomenon causes increased protein aggregation within cells?
• Which risk increases when pressure exceeds sapphire's elastic limit?