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Carbon Energy

ISSN 2637-9368
SCIE Q1 新锐1区 Top期刊 开放获取 材料科学
影响因子 2026
21.4
↓ 2.8
5年均分
—
5-Year IF
H 指数
101
H-Index
年发文量
170
Articles / Year
出刊频率
Continuously Published
Pub. Frequency
创刊年份
2019
Founded Year
出版商
Wiley
Publisher
出版国家
Australia
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
约 0.9 个月
💰 版面费用
★★★★★
系统
暂无
官方APC $3,000 USD 约¥21,750
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
物理化学Physical Chemistry
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
能源与燃料
Scopus 指标
CiteScore
32.7
综合引用得分
SJR
4.473 Q1
SCImago Journal Rank
SNIP
2.357
Source Normalized Impact
JCI
2.29
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

Carbon Energy is a premier, peer-reviewed, open-access journal published by Wiley in partnership with Wenzhou University, dedicated to advancing the interdisciplinary field of carbon-based materials and their applications in energy conversion, storage, and harvesting. With an impressive 2026 Impact Factor of 21.5560 and a JCR Quartile ranking of Q1, the journal stands as one of the most influential and highly cited publications in its domain. Its scope encompasses the full spectrum of carbon science, including but not limited to graphene, carbon nanotubes, carbon dots, porous carbons, and carbon composites, with a strong emphasis on their integration into batteries, supercapacitors, fuel cells, solar cells, and electrocatalysis. The journal publishes a diverse array of article types, including original research articles, comprehensive reviews, communications, and perspectives, all of which undergo rigorous single-blind peer review to ensure scientific excellence and novelty. The target audience is broad, spanning materials scientists, chemists, physicists, and engineers in both academia and industry who are focused on sustainable energy technologies and advanced carbon materials. Notable features of Carbon Energy include its fully open-access model, ensuring global readership and high discoverability, as well as its rapid publication times and strong editorial commitment to highlighting cutting-edge research. Its top-tier Impact Factor and Q1 status firmly establish it as a leading venue for high-impact work at the nexus of carbon materials and energy science, making it an essential resource for researchers seeking to push the boundaries of next-generation energy solutions.

历年影响因子 & 年发文量

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