Tracking particles through datasets also allows analysis by particle size, grouping them into deciles of increasing radius (see Figure ). The data here refer to the non-phase portion of each particle and are expressed per unit volume to enable size-bound comparisons (see Figures & in the SI for total mean pixel intensity changes per decile). In Figure , all particle sizes follow a similar trend: during charging, pixel intensity progressively decreases as randomly oriented primary crystallites expand along the c-axis until 4.3 V, then slightly recover at 4.4 V, where most primary particles undergo lattice collapse and achieve homogeneity. During discharge, pixel intensity increases significantly up to 4.2 V (likely due to void filling from expanding primary particles) before showing increased damage as particles contract between 4.2 V and 3.8 V. At 2.5 V, particles partially recover, with smaller particles exhibiting the greatest recovery, though few return to pristine conditions.