npj 2D Materials and Applications
npj 2D Materials and Applications is a fully open access journal published by Springer Nature within the Nature Portfolio and its npj Series, launched in 2017 and issued online only, and it holds a 2025 Journal Impact Factor of 9.2《二维材料与应用》(npj 2D Materials and Applications)是(Springer Nature)在(Nature Portfolio)及其(npj)系列下出版的完全开放获取期刊,2017 年创刊且仅在线出版,2025 年影响因子为 9.2。
Scope
- The journal considers research on the fundamental behaviour, synthesis, properties and applications of existing and emerging 2D materials该刊收录关于现有与新兴二维材料的基本行为、合成、性能与应用的研究。
- It covers 2D materials in all their forms, including their basic science and chemical functionalisation strategies覆盖各种形态的二维材料,包括其基础科学与化学功能化策略。
- 2D material heterostructures and devices are within scope, spanning electronic, magnetic, spintronic, photonic and mechanical properties二维材料异质结与器件属其范围,涵盖电学、磁学、自旋电子学、光子学与力学性能。
- Applications in energy storage and conversion, thermal management, electronics and quantum science and technology are covered在储能与能量转换、热管理、电子学以及量子科学与技术方面的应用亦在覆盖之列。
- The journal also addresses the environmental impact of 2D materials该刊也关注二维材料的环境影响。
- It is presented as a more inclusive open access platform within the Nature Portfolio and is led by 2D materials experts该刊被描述为(Nature Portfolio)内更具包容性的开放获取平台,由二维材料领域专家主持。
History
- The title was announced by Springer Nature in 2016 in partnership with FCT NOVA in Lisbon and with the support of the European Materials Research Society该刊 2016 年由(Springer Nature)宣布创办,与里斯本的(FCT NOVA)合作并获(European Materials Research Society)支持。
- Its first articles appeared in April 2017, and the journal is published online only with continuous article publication其首批论文于 2017 年 4 月发表,该刊仅在线出版并采用连续出版方式。
- The journal belongs to the npj Series of Nature Portfolio, a family of online-only open access journals该刊属于(Nature Portfolio)的(npj)系列,该系列全为纯在线开放获取期刊。
- It is now published in partnership with NOVA.ID.FCT, the innovation and development association of the NOVA School of Science and Technology目前该刊与(NOVA.ID.FCT)合作出版,后者是(NOVA School of Science and Technology)的创新与发展协会。
- Its Journal Impact Factor moved from 11.106 in 2021 and 10.516 in 2022 to 8.8 in 2024 and 9.2 in 2025其影响因子由 2021 年的 11.106 与 2022 年的 10.516 变为 2024 年的 8.8 与 2025 年的 9.2。
- Representative research published in the title includes a 2022 study on a junction-free field-effect transistor based on blue phosphorene该刊的代表性研究包括 2022 年关于蓝磷烯无结场效应晶体管的研究。[1]
Editors
- Andras Kis of the Ecole Polytechnique Federale de Lausanne is the editor-in-chief and works on 2D semiconductor nanoelectronics(Ecole Polytechnique Federale de Lausanne)的(Andras Kis)担任主编,从事二维半导体纳电子学研究。
- Jian-Hao Chen of Peking University and Goki Eda of the National University of Singapore are associate editors(Peking University)的(Jian-Hao Chen)与(National University of Singapore)的(Goki Eda)担任副编辑。
- Further associate editors include Gianluca Fiori of the University of Pisa, Teresa Gatti of the Polytechnic University of Turin and Thomas Heine of TU Dresden其他副编辑包括(University of Pisa)的(Gianluca Fiori)、(Polytechnic University of Turin)的(Teresa Gatti)与(TU Dresden)的(Thomas Heine)。
- Thomas Kempa of Johns Hopkins University, Ermin Malic of Philipps University of Marburg and Valeria Nicolosi of Trinity College Dublin are also associate editors(Johns Hopkins University)的(Thomas Kempa)、(Philipps University of Marburg)的(Ermin Malic)与(Trinity College Dublin)的(Valeria Nicolosi)同为副编辑。
- Luis Miguel Nunes Pereira of NOVA University Lisbon, Tania Roy of Duke University and Hyeon Suk Shin of Sungkyunkwan University round out the associate editors(NOVA University Lisbon)的(Luis Miguel Nunes Pereira)、(Duke University)的(Tania Roy)与(Sungkyunkwan University)的(Hyeon Suk Shin)亦为副编辑。
- Li Tao of Southeast University and Xinran Wang of Nanjing University represent Chinese institutions within the associate editor team(Southeast University)的(Li Tao)与(Nanjing University)的(Xinran Wang)代表中国机构参与副编辑团队。
- The international editorial team spans Europe, Asia and North America, and articles are fully open access under a Creative Commons licence with an article processing charge编辑团队来自欧洲、亚洲与北美,论文以知识共享许可完全开放获取并收取文章处理费。
References
- ^Tyagi S, Rout P C, Schwingenschlogl U. High-performance junction-free field-effect transistor based on blue phosphorene. npj 2D Materials and Applications, 2022, 6. DOI: 10.1038/s41699-022-00361-1