A Model for Predicting Capacity Fade due to SEI Formation in a ...
2015年3月10日 · The model is zero-dimensional and defines the accumulated charge of lithium, Q SEI (C), lost in the battery due to side reactions forming the SEI layer on the graphite particles. …
Joule：一文读懂金属负极表面固态电解质界面相（SEI）设计- X …
2021年6月7日 · 金属负极与电解液之间通过化学和电化学反应形成的固体电解质界面相（SEI）被认为是决定电池长期稳定性的关键因素。 近期美国康奈尔大学赵庆博士和Lynden Archer教授 …
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Homogeneous and mechanically stable solid–electrolyte …
2023年6月12日 · The improved homogeneity and mechanical stability of bilayer/P‒F SEI leads to highly reversible Li plating/stripping with mitigated SEI reconstruction and prolonged lifespan …
Solid–Electrolyte Interphase During Battery Cycling: Theory of …
2020年8月7日 · In this article, a continuum model is developed that consistently captures the influence of open‐circuit potential, current direction, current magnitude, and cycle number on …
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Stabilizing metal battery anodes through the design of solid ...
2021年5月19日 · Artificial SEI (ASEI) is a second attractive solution for overcoming shortcomings of intrinsically formed interphases. Because the SEI is created outside an electrochemical cell, …
SEI的“变形记”：从刚性到粘弹，破解高膨胀负极稳定性难题- X …
2024年6月8日 · 天津大学Nanoyang团队的杨全红教授和吴士超研究员首次定义了全新的SEI设计标准，即SEI应同时具备较高弹性和粘附性（re-ad-SEI），将改性策略由之前的刚性转变为粘 …
最新Nature子刊！鲍哲南院士、崔屹院士最新Nat. Chem.：解析SEI …
以 双 (氟磺酰基)亚胺锂 （Lithium bis (fluorosulfonyl)imide, LiFSI）为基础的液体电解液在实现高库仑效率（coulombic efficiency）和长循环寿命的下一代 锂金属电池 （Li-metal batteries）中展 …
潘复生院士团队：高效构建致密人工SEI实现高度可逆的镁金属负极 …
本文提出了一种简单而高效的金属氯化物水解策略，通过快速地在Mg负极表面构筑一层致密的人工SEI，避免电解液的分解以及诱导Mg均匀的沉积/剥离提高镁负极的循环寿命。