The enhancement of the electrochemical properties is mainly due to the unique hollow sphere arrays architecture, which provides fast ion/electron transfer path and sufficient contact between active materials and electrolyte, and alleviates the structure degradation during the cycling process.
The enhancement of the electrochemical properties was due to the unique hierarchical porous architecture, which provided fast ion/electron transfer and alleviated the structure degradation during the cycling process.
The enhanced electrochemical performance is mainly attributed to the highly porous conductive architecture, which provides good mechanical support and electron conducting pathway for active silicon and alleviates the structure degradation caused by volume expansion during the cycling process.
The enhancement of pseudocapacitive properties are due to the hierarchically porous architecture, which provides fast ion/electron transfer and alleviates the structure degradation caused by volume expansion during the cycling process.
The robust and porous nanosheets-assembled LTO-TiO2 framework not only offers a shorter transport pathway for electron and Li-ion migration within this composite material, but also is able to alleviate the structure distortion during the fast Li-ion insertion/extraction process.
The noticeable electrochemical performances are mainly due to the carbon cloth supported thin nanoflake array structure, which provides fast ion/electron transfer, sufficient contact between active materials and electrolyte, and alleviates the structure degradation caused by volume expansion during the cycling process.
As opposed to the literature described above, we do not focus on a particularly short preamble [8, 10] or scattered pilots [11, 13], but we instead consider a specific preamble designed to alleviate the interference structure of the OQAM modulation without requiring the use of auxiliary pilots or POP.
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In the hybrid structure, the high-bandgap perovskite may act as a passivation layer, alleviating the surface state effects and enhancing the conversion efficiency of Si NWs [28].
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