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專題征稿

Call for Papers

1

\ Guest Editors /

Yongda Yan

Professor

Harbin Institute of Technology

yanyongda@hit.edu.cn

Yanquan Geng

Professor

Harbin Institute of Technology

gengyanquan@hit.edu.cn

Emmanuel Brousseau

Professor

Cardiff University

brousseaue@cf.ac.uk

Xichun Luo

Professor

University of Strathclyde

xichun.luo@strath.ac.uk

2

\ Introduction /

Tip-based nanofabrication and measurement researches have always been at the forefront field of nanoscience and nanotechnology. They underpinned many scientific discoveries and technological advances, such as carbon nanotube, graphene, nanoelectronics, nanofluidic and nanooptics. Currently, tremendous efforts are underway to further advance tip-based nanofabrication and measurement techniques towards establishing atomically precise manufacturing capability and widening their applications. In this context, understanding the machining mechanism of tip-based nanofabrication, expanding the scope of the measurement techniques or developing new measurement method as well as extending relevant applications are highly required.

The aim of this special theme is to provide a forum for researchers and practitioners to present and review state-of-the-art developments, highlight critical challenges and present foresight visions in tip-based nanofabrication, measurement and application, with an emphasis on machining mechanism, improving measurement precision, new measurement technique and practical applications. Original research contributions and/or reviews are invited for this special section. Contributions in tip-based nanofabrication and measurement techniques about machining mechanism, high measurement precision, large area fabrication and measurement, applications in chemical, medical, and optical fields are strongly encouraged.

Possible topics, within this scope, include but are not limited to:

Machining mechanism of tip-based nanoscratching and indentation;

Vibration-assisted tip-based nanofabrication;

Thermal-assisted tip-based nanofabrication;

Chemical-assisted tip-based nanofabrication;

Tip-based friction-induced nanofabrication;

Advanced modelling and simulations for tip-based nanofabrication.

Tip-based electrochemical measurement;

Tip-based optical measurement;

Emerging and novel applications of tip-based nanofabrication and measurement.

3

\ Important Dates/

Please submit your papers in light of the following important dates for the special issue:

• Submission deadline: 30 October 2024

• First round of reviews: 30 November 2024

• Final submission and decision:

  31 December 2024

• Publication:January-March 2025

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\ Free Professional Services /

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Free Global Promotion

Fast Track for Articles of Exceptional Scientific Importance

Fast Publication after Acceptance

Free High-quality Figures and References Formatting

Free Cover Designing

Submission portal:

https://mc04.manuscriptcentral.com/ijem-caep

關于期刊

《極端制造》期刊（International Journal of Extreme Manufacturing, IJEM）是極端制造領域的首本國際期刊，致力于發表極端制造相關領域的高質量最新研究成果，文章形式主要為原創性和綜述性文章。目前該刊共設四大欄目：材料與能場相互作用、工藝方法、極端功能材料/結構/器件、測量與系統。IJEM現已被SCI、EI、Scopus、CNKI等數據庫收錄。2023年JCR最新影響因子14.7，位列工程/制造學科領域第一。中科院分區工程技術1區，TOP期刊。同時入選“中國最具國際影響力學術期刊”（TOP 5%）。鉆石開放獲取，免收作者版面費，雙匿評審。

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撰稿：作者 編輯：范珂艷 審核：關利超