Nature Electronics

SCI SCIE

国际简称：NAT ELECTRON 参考译名：自然电子

主要研究方向：Engineering-Electrical and Electronic Engineering 非预警期刊

《自然电子》(Nature Electronics)是一本由Springer Nature出版的以Engineering-Electrical and Electronic Engineering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
103 年发文量
42.3 IF影响因子
未开放 是否OA
2018 创刊年份
12 issues per year 出版周期
English 出版语言

Nature Electronics will publish both fundamental and applied research across all areas of electronics, incorporating the work of scientists, engineers and industry. At its core, the journal will be concerned with the development of new technologies and understanding the impact of these developments on society.

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Nature Electronics期刊信息

ISSN：2520-1131
出版语言：English
是否OA：未开放
E-ISSN：2520-1131
出版地区：ENGLAND
是否预警：否
出版商：Springer Nature
出版周期：12 issues per year
创刊时间：2018
开源占比：0.0613
Gold OA文章占比：16.13%
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：93.20%

Nature Electronics CiteScore评价数据（2026年6月最新版）

CiteScore

SJR

SNIP

CiteScore 指数

52.5

12.43

6.591

学科类别	分区	排名	百分位
大类：Physics and Astronomy 小类：Instrumentation	Q1	1 / 206	99%
大类：Physics and Astronomy 小类：Electrical and Electronic Engineering	Q1	6 / 1030	99%
大类：Physics and Astronomy 小类：Electronic, Optical and Magnetic Materials	Q1	4 / 318	98%

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。

Nature Electronics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	工程技术	1区	ENGINEERING, ELECTRICAL & ELECTRONIC 工程：电子与电气	1区

Nature Electronics 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：ENGINEERING, ELECTRICAL & ELECTRONIC	SCIE	Q1	1 / 369	99.9
学科：ENGINEERING, ELECTRICAL & ELECTRONIC	SCIE	Q1	1 / 371	99.87

Nature Electronics历年数据统计

影响因子

中科院分区

Nature Electronics中国学者发文选摘

1、A three-dimensional stretchable core-shell cable for soft and hybrid electronics that is patternable, recyclable and noise-resistan
Author: Wu, Pengcheng; Jia, Shengxin; Li, Jiyu; Chow, Lung; Xia, Tianqi; Xu, Guoqiang; Yiu, Chun Ki; Zhang, Binbin; Gao, Zhan; Huang, Xingcan; Jiao, Yanli; Gao, Yuyu; Zhao, Guangyao; Hu, Yue; Guo, Yuan; Li, Jian; He, Xinxin; Zhang, Qiang; Chu, Hongwei; Park, Wooyoung; Huang, Ya; Yu, Xinge

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01596-2
2、A chip-scale image sensor integrated with a microelectromechanical system actuato
Author: Xie, Rongbo; Liu, Xiaoqin; Zhan, Haiyang; Xuan, Guozhe; Zhang, Fan; Li, Bingbai; Mei, Ziqi; Zhou, Enze; Ma, Rui; You, Zheng; Xing, Fei; Zhao, Xiaoguang

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01600-9
3、A battery-free wireless epidermal sensor network for continuous systolic blood pressure monitorin
Author: Kurt, Selman A.; Kasper, Kevin Albert; Xu, Qinghao; Yang, Xin; Xiao, Xiao; Zeng, Qihang; Stuart, Tucker; Li, Zhipeng; Liu, Yuxin; Song, Jian; Ding, Wenbo; Tian, Xi; Gutruf, Philipp; Ho, John S

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01597-1
4、An implantable epiretinal device for near-infrared light perceptio
Author: Chung, Won Gi; Jeong, Inhea; Lee, Eun-Joo; Cui, Gang; Jeong, Han; Choi, Min Seok; Lee, Sanghoon; An, Seung Hyun; Kim, Eunmin; Kim, Sumin; Lee, Junwon; Byeon, Suk Ho; Kim, Sun-Kyung; Park, Jang-Ung

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01601-8
5、Intrinsically stretchable complementary circuits based on direct photo-patternable polymer semiconductor
Author: Liu, Qianhe; Zheng, Yu; Wu, Haotian; Michalek, Lukas; Ronchini, Margherita; Mow, Rachael K.; Wang, Weichen; Park, Hyunchang; Ji, Xiaozhou; Yu, Zhiao; Yao, Ze-Fan; Nishio, Yuya; Zhao, Chuanzhen; Pei, Jian; Bao, Zhenan

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01599-z
6、Optical dispersion using micro-vortices in thermoplastic polymers for integrated microspectrometer
Author: Zhang, Bo; Liu, Shiqi; Zeng, Fanrong; Xu, Beibei; Han, Jihong; Lin, Han; Jia, Baohua; Yang, Zongyin; Wang, Zhuo; Qiu, Jianrong

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01618-z
7、Wafer-scale integration of single-crystalline molybdenum disulfide for flexible electronics using oxide dry transfe
Author: Xu, Xiang; Chen, Yitong; Shen, Jichuang; Ji, Chen; Huang, Qi; Jiang, Tong; Chen, Han; Zhu, Huaze; Ma, Yaqing; Wang, Hao; Li, Wenhao; Li, Dingwei; Zhang, Siyu; Wang, Yan; Zhu, Bowen; Kong, Wei

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01598-0
8、Signal-folding-based neuromorphic hardware for energy-efficient computin
Author: Tong, Lei; Xu, Langlang; Huang, Xinyu; Yu, Xiangxiang; Peng, Zhuiri; Shi, Wenhao; Li, Zheng; He, Xiao; Meng, Xiaohan; Lv, Shengjie; Yang, Gaochen; Liu, Guanting; Ma, Chenlong; Wong, Ching Ping; Zhou, Yang; Miao, Xiangshui; Xu, Jianbin; Ye, Lei

Journal: NATURE ELECTRONICS. 2026; Vol. , Issue , pp. -. DOI: 10.1038/s41928-026-01626-z