However, whilst nano-CT is an important tool for studying cracking mechanisms on the particle level, it has limitations at the electrode or cell level. Principally, nano-CT has a significantly smaller field-of-view (FOV) compared to micro-CT, which means fewer particles can be analysed. As a result, drawing statistically significant conclusions about larger, real, populations of particles, and variations within these populations, is challenging. Furthermore, due to the much larger Surface Area : Volume ratio of nano-CT samples, a larger fraction of particles may be damaged during sample fabrication. , data available at .