The phrase "alleviates the volume" is not correct and does not convey a clear meaning in written English.
It may be intended to express a reduction in noise or sound levels, but the wording is awkward and unclear.
Example: "The new soundproofing materials in the studio alleviates the volume of external noise."
Alternatives: "reduces the noise" or "diminishes the sound".
Surprisingly, it was further discovered that TiO2 layer not only alleviates the volume expansion but also helps to facilitate Li ion transport compared with SnO2.
Meanwhile, the co-doping of Na+ and PO43− shrinks the thickness of the slabs, weakens the TM-O covalency and alleviates the volume change in the charge/discharge process which improves the layered structure stability and the cycling performances.
Moreover, the superb cyclic stability can be attributed to the well-defined dual-carbon decoration that alleviates the volume variation as well as the agglomeration and dissolution of MnO, and yields a long-life anode material.
The development of Cu10Sn3 in the 3D Sn-Cu foam heat-treated at 500 °C can be a key factor for the enhanced cyclic stability because the Cu10Sn3 inactively reacts with Li-ion and alleviates the volume expansion of SnO2 as an inactive matrix.
For comparison, RGO nanosheets serve as nano-sized flexible support for connecting TiO2 and Ni(OH 2 blocks, which improves the electron transfer and alleviates the volume changes during the repeated charge/discharge process thanks to its high conductivity and mechanical properties.
Meanwhile, the free voids between neighboring Si nanocrystals alleviate the volume change of Si during cycling.
First, the approximately 3.5-nm pores can provide a space to alleviate the volume expansion during cycling.
Furthermore, the porous structures of MOFs-derived TiO2 effectively alleviate the volume change, shortens the diffusion path of Li+.
The porous structure and the RGO can effectively alleviate the volume changes resulted from charge discharge process.
The hierarchical flower-like microstructures can alleviate the volume change during charge/discharge cycles due to their porous nature.
The expanded interlayer space of p-Ti3C2 provides extra free space to alleviate the volume change of MoS2.
