Transition metal oxides (TMOs) have high theoretical specific capacity and excellent safety
performance, and have been widely used in lithium ion batteries (LIBS). Today, research on …

The sluggish layered structural sodium reaction kinetics and the easy restacking property
are major obstacles hindering the practical application of MoS2-based electrodes for sodium …

Stretchable energy storage devices receive a considerable attention at present due to their
growing demand for powering wearable electronics. A vital component in stretchable energy …

Herein, a unique structural Si‐based anode with high electronic conductivity, high compact
density, and with no traditional organic binder is put forward. By adding a few amounts of Sn …

The practical application of Sn-based material in lithium-ion batteries (LIBs) is hindered by
the fast capacity fade due to the large volume expansion and the instability of solid …

The evolution of Li-ion rechargeable batteries has driven a demand for systems exceeding
the energy density and shape diversity of conventional lithium-ion batteries. Silicon (Si) …

The development of stable electrode materials with high specific capacities is of paramount
importance for sodium-ion batteries (SIBs) to make them competitive with lithium-ion …

The low cycle performance and low Coulomb efficiency of tin-based materials confine their
large–scale commercial application for lithium–ion batteries. To overcome the shortage of …

Sn-based materials are promising as high-capacity anode materials for lithium-ion batteries.
A novel Sn/carbon composite is obtained facilely by using Sn-based metal-organic …

Although single-heteroatom doped porous carbon/tin (Sn) composites have been
extensively studied, an overall understanding of the effects of dual-heteroatoms doped …