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高国新

性别：男

职称：教授

学历：博士研究生毕业

学位：博士

所在单位：化学学院

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办公地点：西安交通大学兴庆校区化学楼218房间，中国西部创新港校区19号楼

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学科： 材料科学与工程 、 化学

招生学科 化学 、 化学工程与技术 、 材料科学与工程

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中文主页 / 科学研究 / 论文成果

论文成果

Materials design for thermally improved safety in lithium-ion batteries

发布时间：2026-08-29

影响因子：
8.1
DOI码：
10.1039/d5sc08060f
论文名称：
Materials design for thermally improved safety in lithium-ion batteries
发表刊物：
Chemical Science
关键字：
Phase-Change Materials; Solid-State; Boron-Nitride; Polymer Electrolytes; Change Composites; Conductivity; Runaway; Carbon; Enhancement; Management
摘要：
With the ever-increasing demand for high-energy-density lithium-ion batteries (LIBs) in multiscale energy storage, safety concerns have emerged as critical obstacles hindering their widespread application. The excess heat generated during the electrochemical process, if not properly managed, can accumulate and accelerate the aging of key cell components, potentially leading to catastrophic thermal runaway events such as fires and explosions. Thus far, considerable attention has been devoted to alleviating intense thermal runaway through fire-safe materials and energy-intensive thermal management technologies. However, the stabilization of the electrochemical environment through intrinsic thermal dissipation and temperature regulation governed by key material design has received comparatively little consideration. This paper aims to summarize the mechanism of thermal runway and highlight material advances for safer LIBs, with particular emphasis on the thermal-electrochemical synergy in mitigating localized overheating, stabilizing the electrochemical environment, and improving electrochemical performance. Subsequently, recent research progress in thermal management materials and strategies for dynamic temperature regulation is reviewed. Finally, current challenges are discussed, and future directions are proposed for material innovations that can be applied to high-energy-density and high-safety LIBs.
合写作者：
Guoxin Gao,Wei Yu
第一作者：
Songpei Nan
论文类型：
期刊论文
通讯作者：
Shujiang Ding,Dawei Ding
论文编号：
WOS:001690827700001
学科门类：
工学
一级学科：
材料科学与工程
文献类型：
J
卷号：
17
期号：
9
页面范围：
4375-4394
ISSN号：
2041-6520
是否译文：
否
发表时间：
2026-02-22
收录刊物：
SCI
发布期刊链接：
https://pubs.rsc.org/sc/article/17/9/4375/911398/Materials-design-for-thermally-improved-safety-in

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