ENERGYCHEM
| WoS 期刊 JCR 分区 (2026 · JIF) | 综合 ESCI | Q1 | ||
|---|---|---|---|---|
| 学科 | 收录集 | JIF 分区 | JIF 排名 | JIF 百分位 |
| 化学工程 Engineering, Chemical | ESCI | Q1 | 4/183 |
97.8%
|
| 能源与燃料 Energy & Fuels | ESCI | Q1 | 8/191 |
95.8%
|
| 化学(综合) Chemistry, Multidisciplinary | ESCI | Q1 | 10/250 |
96.0%
|
| 材料科学(综合) Materials Science, Multidisciplinary | ESCI | Q1 | 22/472 |
95.3%
|
| 学科 | 收录集 | JCI 分区 | JCI 排名 | JCI 百分位 |
|---|---|---|---|---|
| 化学工程 Engineering, Chemical | ESCI | Q1 | 3/146 JCI 2.81 |
98.6%
|
| 能源与燃料 Energy & Fuels | ESCI | Q1 | 6/126 JCI 2.81 |
96.0%
|
| 化学(综合) Chemistry, Multidisciplinary | ESCI | Q1 | 7/198 JCI 2.81 |
97.0%
|
| 材料科学(综合) Materials Science, Multidisciplinary | ESCI | Q1 | 14/355 JCI 2.81 |
96.3%
|
EnergyChem (ENERGYCHEM, ISSN: 2589-7780) is a leading international peer-reviewed journal dedicated to the interdisciplinary field of energy chemistry. Published by Elsevier, the journal serves as a premier platform for the dissemination of cutting-edge research at the nexus of chemistry and energy science. Its scope encompasses fundamental and applied aspects of chemical processes and materials for energy conversion, storage, and utilization. Core topics include batteries, supercapacitors, fuel cells, photocatalysis, electrocatalysis, solar energy conversion, thermoelectric materials, and hydrogen production and storage. The journal publishes a curated selection of high-impact article types, primarily comprehensive review articles and critical perspectives that synthesize recent advances, alongside original research articles and short communications that report groundbreaking findings. EnergyChem is particularly distinguished by its open access model, ensuring that all published content is freely and permanently accessible online, thereby maximizing global visibility and citation potential for authors. The target audience is broad and includes academic researchers, industrial scientists, and graduate students specializing in chemistry, materials science, chemical engineering, and sustainable energy technologies. With a remarkable 2026 Impact Factor of 20.400, EnergyChem is firmly positioned in the Q1 quartile of the Journal Citation Reports (JCR), placing it among the most elite and influential journals in its field. This exceptional impact factor underscores its critical role in shaping the future of energy chemistry and its status as a must-read resource for the global energy research community.