Data for Pollok et al. "Magnetic microscopy for operando imaging of battery dynamics"

Fig3b_LCO.csv contains data for Fig. 3b. Molar magnetic susceptibility of LixCoO2 [m3/mol] at 300 K as a function of the state-of-charge, which is obtained by electrochemically cycling a liquid-state battery with a LixCoO2 at the positive electrode.Fig3c_elements.csv contains data for Fig. 3c. Molar magnetic susceptibility of various elements of relevance to batteries at 300 K [m3/mol] (SI unit) as a function of the atomic number [Z].Data from Weast, R.C., CRC handbook of chemistry and physics (1986).Fig4b_paramagnetic.csv contains data for Fig. 4b. Simulated magnetic signal strengths for the paramagnetic lithium metal and LixCoO2 [T] as a function of the external magnetic field (Bext) [T].Fig4b_oersted.csv contains data for Fig. 4b. Simulated magnetic signal strengths for the Ørsted magnetic field [T] as a function of the nominal current density (Jnominal) [mA/cm2].FigS1_galvanostatic_charging.csv contains data for Fig. S1. Galvanostatic charging curve of Li-ion battery cell, at C/10-rate for complete delithiation after 10 hours.FigS2_VSM_LixCoO2.csv contains data for Fig. S2. Measured magnetic moment of LixCoO2 samples with varying lithium content x at room temperature [emu/g] as a function of the magnetic field [G].FigS3_NMC532.csv contains data for Fig. S3. Molar magnetic susceptibility of NMC532 [m3/mol] as a function of the state-of-charge, associated with different lithium content within the crystal structure.Data from https://doi.org/10.1038/s41467-018-04192-x.FigS4_LFP.csv contains data for Fig. S4. Molar magnetic susceptibility of LFP [m3/mol] as a function of the state-of-charge, which in LFP is a two-phase mixture of LiFePO4 and FePO4.Data from https://doi.org/10.1109/TIM.2015.2437634.README.txt is the README for this dataset.