Sentence examples for change of silicon from inspiring English sources

However, due to the huge volume change of silicon during lithiation, the electrochemical performance of silicon is poor.

Unfortunately, the structure damage caused by the volume change of silicon and the continual interfacial reaction due to the electrolyte remain two major challenges.

Additionally, change of silicon morphology from flake-like to lamellar structure changed value of cutting force and surface roughness during turning.

The resultant composite material demonstrates a homogeneous distribution of constituents over the submicron particles and a unique hollow spherical microstructure, which provides an enhanced electrical conductivity and better accommodation of volume change of silicon during electrochemical charge discharge cycling, respectively.

It is found that all the alginate networks bridged by the transition metal cations are able to tolerate the volume change of silicon and effectively restrict the volume expansion of the Si particles.

The electrochemical impedance spectroscopy and electrode morphologies characterizations show that the improved performance of sandwich electrode is attributed to the carbon layer, which not only enhances the electric conductivity at the current collector/active coating interface but also releases the rigid stress caused by volume change of silicon.

Yolk-shell carbon-coated silicon nanoparticles (Si@void@C NPs) have been demonstrated to have a great promise in solving the problem of significant volume change of silicon-based anode materials during lithiation and delithiation cycling.

The combination of carbon shells and flexible graphene can effectively enhance the electrical conductivity of the composite and accommodate significant volume changes of silicon during cycling.

In comparison with common 2D anode fabricated by "slurry-coating" technology on flat copper foil, the 3D copper framework has shown a great structure advantage in restricting severe volume changes of silicon particles.

The significant enhancement on cycling stability could be ascribed to the high conductivity of the graphene materials and absorption of volume changes of silicon by graphene sheets during the lithiation/delithiation process.

It is assumed that the mesoporous structure of the carbon cryogel acted as a buffering matrix which relieves the morphological changes of silicon powder which occurs during charging/discharging.