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- W3042012153 abstract "Silicon nanoparticles (Si NPs) have been considered as promising anode materials for next-generation lithium-ion batteries, but the practical issues such as mechanical structure instability and low volumetric energy density limit their development. At present, the functional energy-storing architectures based on Si NPs building blocks have been proposed to solve the adverse effects of nanostructures, but designing ideal functional architectures with excellent electrochemical performance is still a significant challenge. This study shows that the effective stress evolution management is applied for self-assembled functional architectures via cross-scale simulation and the simulated stress evolution can be a guide to design a scalable self-assembled hierarchical Si@TiO2@C (SA-SiTC) based on core–shell Si@TiO2 nanoscale building blocks. It is found that the carbon filler and TiO2 layer can effectively reduce the risk of cracking during (de)lithiation, ensuring the stability of the mechanical structure of SA-SiTC. The SA-SiTC electrode shows long cycling stability (842.6 mAh g−1 after 1000 cycles at 2 A g−1), high volumetric capacity (174 mAh cm−3), high initial Coulombic efficiency (80.9%), and stable solid-electrolyte interphase (SEI) layer. This work provides insight into the development of the structural stable Si-based anodes with long cycle life and high volumetric energy density for practical energy applications." @default.
- W3042012153 created "2020-07-16" @default.
- W3042012153 creator A5009239351 @default.
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- W3042012153 date "2020-07-09" @default.
- W3042012153 modified "2023-10-16" @default.
- W3042012153 title "Silicon‐Based Self‐Assemblies for High Volumetric Capacity Li‐Ion Batteries via Effective Stress Management" @default.
- W3042012153 cites W1949231392 @default.
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- W3042012153 cites W1976079779 @default.
- W3042012153 cites W1979620931 @default.
- W3042012153 cites W1986919854 @default.
- W3042012153 cites W2001613536 @default.
- W3042012153 cites W2006318126 @default.
- W3042012153 cites W2018942930 @default.
- W3042012153 cites W2021435259 @default.
- W3042012153 cites W2045838742 @default.
- W3042012153 cites W2048459157 @default.
- W3042012153 cites W2084704790 @default.
- W3042012153 cites W2087442711 @default.
- W3042012153 cites W2089525884 @default.
- W3042012153 cites W2089591579 @default.
- W3042012153 cites W2106837213 @default.
- W3042012153 cites W2112957965 @default.
- W3042012153 cites W2132868954 @default.
- W3042012153 cites W2144177214 @default.
- W3042012153 cites W2144256239 @default.
- W3042012153 cites W2151908414 @default.
- W3042012153 cites W2170022687 @default.
- W3042012153 cites W2240909299 @default.
- W3042012153 cites W2317247265 @default.
- W3042012153 cites W2319722981 @default.
- W3042012153 cites W2342553484 @default.
- W3042012153 cites W2344592845 @default.
- W3042012153 cites W2403764873 @default.
- W3042012153 cites W2531688163 @default.
- W3042012153 cites W2533533328 @default.
- W3042012153 cites W2561730661 @default.
- W3042012153 cites W2564178799 @default.
- W3042012153 cites W2568516639 @default.
- W3042012153 cites W2604380954 @default.
- W3042012153 cites W2705609873 @default.
- W3042012153 cites W2725256840 @default.
- W3042012153 cites W2737421643 @default.
- W3042012153 cites W2738162328 @default.
- W3042012153 cites W2745112916 @default.
- W3042012153 cites W2779296589 @default.
- W3042012153 cites W2784152267 @default.
- W3042012153 cites W2791407295 @default.
- W3042012153 cites W2799769468 @default.
- W3042012153 cites W2800260541 @default.
- W3042012153 cites W2802066504 @default.
- W3042012153 cites W2803572778 @default.
- W3042012153 cites W2804626663 @default.
- W3042012153 cites W2806680977 @default.
- W3042012153 cites W2809328471 @default.
- W3042012153 cites W2809690563 @default.
- W3042012153 cites W2885555349 @default.
- W3042012153 cites W2889544647 @default.
- W3042012153 cites W2900340091 @default.
- W3042012153 cites W2903535469 @default.
- W3042012153 cites W2917175615 @default.
- W3042012153 cites W2923558158 @default.
- W3042012153 cites W2933257952 @default.
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- W3042012153 cites W2946708078 @default.
- W3042012153 cites W2947518723 @default.
- W3042012153 cites W2947669349 @default.
- W3042012153 cites W2948650589 @default.
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- W3042012153 cites W2990494401 @default.
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- W3042012153 doi "https://doi.org/10.1002/adfm.202002980" @default.
- W3042012153 hasPublicationYear "2020" @default.
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