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Advanced Functional Materials

ADV FUNCT MATER

Print ISSN 1616-301X Online ISSN 1616-3028
SCIE Q1 新锐1区 Top期刊 混合OA 材料科学
影响因子 2026
19.9
↑ 0.9
5年均分
19.6
5-Year IF
H 指数
269
H-Index
年发文量
813
Articles / Year
出刊频率
Weekly
Pub. Frequency
创刊年份
2001
Founded Year
出版商
Wiley-v C H Verlag Gmbh
Publisher
出版国家
Germany
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 3 个月 · 录用率 25.0%
💰 版面费用
★★★★★
系统
暂无
官方APC $5,250 USD 约¥38,063
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
化学:综合Chemistry (General)
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
化学:综合Chemistry (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
凝聚态物理学 Physics, Condensed Matter SCIE Q1 5/81
93.8%
纳米科学与技术 Nanoscience & Nanotechnology SCIE Q1 9/148
93.9%
应用物理学 Physics, Applied SCIE Q1 9/191
95.3%
物理化学 Chemistry, Physical SCIE Q1 10/191
94.8%
化学(综合) Chemistry, Multidisciplinary SCIE Q1 11/250
95.6%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 23/472
95.1%
按 JCI 指标学科分区
学科 收录集 JCI 分区 JCI 排名 JCI 百分位
凝聚态物理学 Physics, Condensed Matter SCIE Q1 4/71 JCI 2.74
95.8%
纳米科学与技术 Nanoscience & Nanotechnology SCIE Q1 8/114 JCI 2.74
93.9%
应用物理学 Physics, Applied SCIE Q1 6/161 JCI 2.74
96.9%
物理化学 Chemistry, Physical SCIE Q1 9/154 JCI 2.74
94.8%
化学(综合) Chemistry, Multidisciplinary SCIE Q1 9/198 JCI 2.74
96.0%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 15/355 JCI 2.74
96.1%
Scopus 指标
CiteScore
28.7
综合引用得分
SJR
5.022 Q1
SCImago Journal Rank
SNIP
2.465
Source Normalized Impact
JCI
2.74
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

ADVANCED FUNCTIONAL MATERIALS, with the abbreviated title ADV FUNCT MATER (ISSN 1616-301X), is a premier international journal in the field of materials science, published by Wiley-VCH. As of 2026, it holds an exceptional Impact Factor of 19.900 and is ranked in the JCR Q1 quartile, placing it among the most influential and highly cited journals in its category. The journal’s core scope encompasses the entire spectrum of functional materials, with a strong emphasis on the synthesis, characterization, and application of materials that exhibit novel electronic, optical, magnetic, mechanical, or chemical properties. Key topics include but are not limited to nanotechnology, energy harvesting and storage (batteries, supercapacitors, photovoltaics), flexible and wearable electronics, biomaterials, catalysis, and advanced composites. ADVANCED FUNCTIONAL MATERIALS publishes a diverse range of article types, including full-length Research Articles, Communications, and invited Review articles that provide comprehensive perspectives on rapidly evolving areas. The target audience is broad, comprising academic researchers, industrial scientists, and engineers working at the forefront of materials chemistry, physics, and engineering. A notable feature is its commitment to high-quality, rapid publication of cutting-edge research, often accompanied by vibrant cover art and press releases to maximize visibility. While the journal is subscription-based, authors have the option to publish open access. Its sustained top-tier Impact Factor and Q1 standing underscore its status as a flagship publication that sets the benchmark for rigor, innovation, and impact in functional materials research globally.

历年影响因子 & 年发文量

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