In this study, deformation observation and rate performance of SiO x material in the particle
scale are firstly conducted using the single particle electrode. Particle deformation is …

In this study, single-particle electrode technique is adopted to measure the impedance
response of SiO x materials for the first time. The electrochemical impedance spectroscopies …

The understanding of volume change behavior of a silicon particle is necessary to design a
new negative electrode using silicon active materials. Here, the drastic volume expansion …

The volume expansion of Si and SiO particles was investigated using a single-particle
battery assembled with a focused ion beam and scanning electron microscopy (FIB-SEM) …

Silicon (Si) experiences tremendous volume change during the lithiation/delithiation
process, which is the most serious obstacle to the development of the Si anode in Li-ion …

High-capacity anode materials for lithium-ion batteries, such as silicon, are prone to large
volume change during lithiation/delithiation which may cause particle cracking and …

High specific capacity silicon anodes are limited by immense volumetric expansion upon
lithiation making them prone to deleterious capacity fade through particle cracking and …

The understanding of volume change mechanism of silicon electrode is necessary to design
a new negative electrode using silicon-based active materials. Here, the drastic volume …

In battery electrodes, the high lithium capacity of silicon is accompanied by large volume
changes that can lead to substantial microstructural changes inside of particle based …

In situ and ex situ scanning electron microscopy of nano Si and SiO anode particles was
carried out during the first cycles, and at various stages of charge. The particle size effects …