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Nature Nanotechnology

NAT NANOTECHNOL

Print ISSN 1748-3387 Online ISSN 1748-3395
SCIE Q1 新锐1区 Top期刊 混合OA 材料科学
影响因子 2026
37.5
↑ 2.6
5年均分
39.6
5-Year IF
H 指数
286
H-Index
年发文量
142
Articles / Year
出刊频率
Monthly
Pub. Frequency
创刊年份
1968
Founded Year
出版商
Nature Portfolio
Publisher
出版国家
UK
Country
投稿参考 & 用户评分
🏆 期刊声誉
暂无
综合口碑评分,点击星星参与
审稿速度
系统
暂无
1.4 个月
💰 版面费用
系统
暂无
官方APC $11,690 USD 约¥84,753
中科院分区
2026新锐分区 新体系
大类1区
材料科学Materials Science
小类1区
纳米科技
中科院2025年分区 传统体系
大类1区
材料科学Materials Science
小类1区
材料科学:综合Materials Science (General)
WoS 期刊 JCR 分区 (2026 · JIF) 综合 SCIE Q1
学科 收录集 JIF 分区 JIF 排名 JIF 百分位
纳米科学与技术 Nanoscience & Nanotechnology SCIE Q1 3/148
98.0%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 7/472
98.5%
按 JCI 指标学科分区
学科 收录集 JCI 分区 JCI 排名 JCI 百分位
纳米科学与技术 Nanoscience & Nanotechnology SCIE Q1 1/114 JCI 5.15
100.0%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 3/355 JCI 5.15
99.4%
Scopus 指标
CiteScore
57.8
综合引用得分
SJR
13.056 Q1
SCImago Journal Rank
SNIP
5.743
Source Normalized Impact
JCI
5.15
Journal Citation Indicator
数据来源:Scopus (CiteScore · SJR · SNIP) · Clarivate (JCI)。指标年份:2026年6月最新版。
期刊简介

Nature Nanotechnology is a premier monthly peer-reviewed journal published by Springer Nature, dedicated to the rapidly evolving field of nanoscience and nanotechnology. With a 2026 Impact Factor of 37.500 and consistently ranked in the JCR Q1 quartile, it stands among the most influential and selective journals in materials science, physics, chemistry, and engineering. The journal’s scope encompasses the design, characterization, and application of nanoscale structures and devices, covering fundamental research on nanomaterials, nanoelectronics, nanophotonics, nanomedicine, and nanobiotechnology, as well as the societal and environmental implications of nanotechnology. It publishes a diverse range of article types, including original research Articles, comprehensive Reviews, Perspectives, News & Views, and Correspondence, all subject to rigorous peer review to ensure exceptional quality and significance. The target audience includes academic researchers, industry scientists, and graduate students seeking cutting-edge advances in the manipulation of matter at the atomic and molecular level. Notable features include a strong commitment to open access options, allowing authors to publish their work under a Creative Commons license for wider dissemination, alongside a dedicated online platform with supplementary materials and multimedia content. The journal’s outstanding Impact Factor and Q1 standing underscore its role as a leading venue for seminal discoveries and transformative technologies, making it an essential resource for anyone tracking the forefront of nanoscale science and its real-world applications.

历年影响因子 & 年发文量

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