NAT REV MATER
| 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 |
| 材料科学(综合) Materials Science, Multidisciplinary | SCIE | Q1 | 1/472 |
99.8%
|
| 纳米科学与技术 Nanoscience & Nanotechnology | SCIE | Q1 | 1/148 |
99.3%
|
| 学科 | 收录集 | JCI 分区 | JCI 排名 | JCI 百分位 |
|---|---|---|---|---|
| 材料科学(综合) Materials Science, Multidisciplinary | SCIE | Q1 | 6/355 JCI 4.35 |
98.6%
|
| 纳米科学与技术 Nanoscience & Nanotechnology | SCIE | Q1 | 3/114 JCI 4.35 |
98.2%
|
Nature Reviews Materials, with the abbreviated title Nat Rev Mater (ISSN: 2058-8437), stands as a premier peer-reviewed journal within the materials science domain. Published by Springer Nature, the journal occupies the highest tier of academic influence, commanding an exceptional 2026 Impact Factor of 83.300 and consistently ranking in JCR Quartile 1 (Q1). Its scope encompasses the entire breadth of materials research, from fundamental synthesis and characterization to cutting-edge applications in energy, electronics, biomaterials, nanotechnology, and structural materials. The journal exclusively publishes authoritative Review Articles, Perspectives, and Comments, which are solicited from leading international experts. These articles are designed not to present primary experimental data but to synthesize, critically evaluate, and contextualize the most significant recent advances across rapidly evolving subfields. The target audience is broad, comprising professional researchers, principal investigators, and advanced graduate students in materials science, chemistry, physics, and engineering, as well as scientists in allied industries who require a high-level, curated overview of the field. A notable feature is its exclusive invitation-only submission policy, ensuring rigorous editorial oversight and the highest standard of scholarly synthesis. As a fully subscription-based journal with a strong emphasis on clarity and visual impact, Nature Reviews Materials is widely regarded as the definitive reference for comprehensive, forward-looking perspectives that define the trajectory of modern materials science.