Energy Storage Materials

SCI SCIE

国际简称：ENERGY STORAGE MATER 参考译名：储能材料

主要研究方向：Materials Science-General Materials Science 非预警期刊

《储能材料》(Energy Storage Materials)是一本由Elsevier出版的以Materials Science-General Materials Science为研究特色的国际期刊，发表该领域相关的原创研究文章、评论文章和综述文章，及时报道该领域相关理论、实践和应用学科的最新发现，旨在促进该学科领域科学信息的快速交流。该期刊是一本未开放期刊，近三年没有被列入预警名单。该期刊享有很高的科学声誉，影响因子不断增加，发行量也同样高。

1区中科院分区
Q1 JCR分区
812 年发文量
19.3 IF影响因子
未开放 是否OA
2015 创刊年份
5 issues/year 出版周期
English 出版语言

Energy Storage Materials is an international multidisciplinary forum for communicating scientific and technological advances in the field of materials for any kind of energy storage.

The journal reports significant new findings related to the formation, fabrication, textures, structures, properties, performances, and technological applications of materials and their devices for energy storage such as Thermal, Electrochemical, Chemical, Electrical, magnetic, and Mechanical Energy Storage.

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Energy Storage Materials期刊信息

ISSN：2405-8297
出版语言：English
是否OA：未开放
E-ISSN：2405-8297
出版地区：NETHERLANDS
是否预警：否
出版商：Elsevier
出版周期：5 issues/year
创刊时间：2015
开源占比：0.037
Gold OA文章占比：11.12%
OA被引用占比：
出版国人文章占比：0
出版撤稿占比：
研究类文章占比：98.03%

Energy Storage Materials CiteScore评价数据（2026年6月最新版）

CiteScore

SJR

SNIP

CiteScore 指数

30.6

4.845

2.229

学科类别	分区	排名	百分位
大类：Energy 小类：Energy Engineering and Power Technology	Q1	4 / 347	98%
大类：Energy 小类：General Materials Science	Q1	8 / 475	98%
大类：Energy 小类：Renewable Energy, Sustainability and the Environment	Q1	9 / 345	97%

名词解释：CiteScore 是衡量期刊所发表文献的平均受引用次数，是在 Scopus 中衡量期刊影响力的另一个指标。当年CiteScore 的计算依据是期刊最近4年（含计算年度）的被引次数除以该期刊近四年发表的文献数。例如，2022年的 CiteScore 计算方法为：2022年的 CiteScore =2019-2022年收到的对2019-2022年发表的文件的引用数量÷2019-2022年发布的文献数量注：文献类型包括：文章、评论、会议论文、书籍章节和数据论文。

Energy Storage Materials中科院评价数据

《新锐期刊分区表》（2026年3月发布）

Top期刊	综述期刊	大类学科		小类学科
是	否	材料科学	1区	CHEMISTRY, PHYSICAL 物理化学 NANOSCIENCE & NANOTECHNOLOGY 纳米科技 MATERIALS SCIENCE, MULTIDISCIPLINARY 材料科学：综合	1区 1区 1区

Energy Storage Materials JCR评价数据

2025-2026年最新版

按JCI指标学科分区	收录子集	分区	排名	百分位
学科：CHEMISTRY, PHYSICAL	SCIE	Q1	12 / 191	94
学科：MATERIALS SCIENCE, MULTIDISCIPLINARY	SCIE	Q1	25 / 472	94.8
学科：NANOSCIENCE & NANOTECHNOLOGY	SCIE	Q1	10 / 148	93.6
学科：CHEMISTRY, PHYSICAL	SCIE	Q1	7 / 191	96.6
学科：MATERIALS SCIENCE, MULTIDISCIPLINARY	SCIE	Q1	16 / 473	96.72
学科：NANOSCIENCE & NANOTECHNOLOGY	SCIE	Q1	5 / 148	96.96

Energy Storage Materials历年数据统计

影响因子

中科院分区

Energy Storage Materials中国学者发文选摘

1、High-entropy-doped layered oxides toward 200 Wh kg- 1 sodium-ion batteries with long cycle lif
Author: Zhang, Lina; Cheng, Chen; Xu, Weiwei; Liu, Heli; Zhou, Zheng; Xu, Weidong; Li, Zhiyao; Sun, Lin; Yan, Shengzhe; Dai, Kehua; Zhang, Liang

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105041
2、Constructing rough-walled closed pore structure via in-situ gas etching enables ultrahigh-rate performance of hard carbon anod
Author: Yuan, Jialiang; Gong, Qiuhui; Wang, Chi; Wan, Fang; Qiu, Lang; Ren, Haisheng; Wu, Zhenguo; Guo, Xiaodong

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105050
3、Sodium halide solid electrolytes for all-solid-state sodium batteries: advances, challenges, strategies, and prospect
Author: Yan, Bing; Kang, Hyokyeong; Zhou, Rongkang; Shin, Heesung; Fan, Yameng; Yue, Fanqin; Zhang, Busheng; Xiao, Biwei; Hwang, Jang-Yeon; Zhou, Dan

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105042
4、Mechanochemical-induced halide segregation for highly stable all-solid-state lithium batterie
Author: Cai, Wanyue; Wang, Ruizi; Pang, Yuepeng; Li, Lanxun; Fang, Ziming; Wang, Zeyi; Zhang, Xin; Sun, Wenping; Gao, Mingxia; Pan, Hongge

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105048
5、Atomic-level Fe/N-coordinated biomass hard carbon for fast-charging sodium-ion batterie
Author: He, Wei; He, Wenxiu; Zheng, Siting; Liang, Puwu; Yang, Yihao; Abdel-Aziz, Ahmed; Muhammad, Mujtaba Aminu; Hu, Xiang; Ci, Suqin; Wen, Zhenhai

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105055
6、In-situ engineering of defect-rich TiO2 interface with oxygen vacancies in V2O5-Ti3C2Tx-Au framework for enhanced Li+ intercalation in 3D-printed cathode
Author: Batool, Saima; Idrees, Muhammad; Chen, Xingyu; Yang, Kaishuai; Jialin, Li; Zehao, Yang; Xu, Junguo

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105051
7、Charge-separated micro-interfaces in modular colloidal electrolyte enable localized solvation remodeling for ultrahigh-rate lithium-ion batterie
Author: Zou, Wenwu; Jiang, Guoxing; Zhang, Weifeng; Ou, Zhaoyuan; Ouyang, Yuxin; Peng, Siyuan; Du, Li; Liang, Zhenxing

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105057
8、The double-edged effect of cracks in SEI for Li metal batterie
Author: Liu, Yumin; Li, Xueyang; Li, Guanwu; Yuan, Yuan; Zhang, Wei; Zhou, Xinyan; Li, Xuepeng; Guo, Hao; Liang, Qing; Ou, Xing; Zhang, Kan; Wang, Dong; Zheng, Weitao

Journal: ENERGY STORAGE MATERIALS. 2026; Vol. 88, Issue , pp. -. DOI: 10.1016/j.ensm.2026.105061