Sentence examples for battery behavior from inspiring English sources

rather than the chemical reactions that govern battery behavior.

3D simulations of the Li-ion battery behavior are highly nonlinear and computationally demanding.

Mg-OMS-1 shows a good battery behavior for Mg2+ insertion and deinsertion in the aqueous electrolyte.

Due to the strong influence of temperature on cell performance and behavior, accounting for this strong anisotropy is critical when modeling battery behavior and designing battery cooling systems.

Improvements in the experimental validation can also enhance the modeling capability, enabling high-fidelity prediction of battery behavior, and even cycle life.

By numerically solving the charge balance equation on each electrode in conjugation with the polarization expression, the battery behavior during constant-current discharge processes is simulated.

An accurate prediction of battery behaviors guarantees the reliability, security, and efficiency for current tasks.

λ-MnO2 has ideal battery behaviors for polyvalent cations (Mg2+, Zn2+) to intercalate/deintercalate in the aqueous electrolyte.

The developed model has revealed more dynamic battery behaviors related to the variation of the microstructure such as particle shape, tortuosity, and material composition while the corresponding result from P2D shows a monotonous change within different structures.

The contributions of this paper are listed as follows: (i) the proposed mechanistic model with obtained parameters can accurately describe LiFePO4 battery behaviors and predict discharge capacity under different operating conditions, (ii) the proposed SOC estimation method based on the battery model has certain applicability and robustness.

The as-proposed NaTi2(PO4)3//acarboned carbon hybrid supercapacitor exhibits a typical supercapacitor-battery behavior.