Small | Nanoscience Nanotechnology Journal | Wiley Online Library Small is a nanoscience nanotechnology journal providing the very best forum for fundamental and interdisciplinary applied research at the nano- and microscale, covering chemistry, energy, physical materials science, engineering, and biomedical and life sciences Among other topics, the journal covers nanotechnology, organic electronics, nanostructures, and materials such as graphene The
Author Guidelines - Small - Wiley Online Library Manuscript Submission Free Format Submission We now offer Free Format submission for a simplified and streamlined process for New Submissions Before you submit, you will need: Your manuscript: this should be an editable file including text, figures, and tables, or separate files – whichever you prefer All required sections should be contained in your manuscript, including abstract (which
Overview - Small - Wiley Online Library Small continues to be among the top multidisciplinary journals covering a broad spectrum of topics at the nano- and microscale at the interface of materials science, chemistry, physics, engineering, medicine, and biology
Small - Wiley Online Library Editorial Advisory Board Our journal is managed by professional in-house editors who handle manuscripts from submission to publication and beyond, including overseeing peer review and production steps and liaising with the scientific community All editors responsible for the peer review process and for editorial decision-making have research backgrounds and hold a PhD Learn more about our
Small Methods | Nano Micro Technology Journal | Wiley Online Library Small Methods is a nanoscience nanotechnology journal focusing on significant advances in any and all methods applicable to nano- and microscale research The journal covers all areas of chemistry, physical and materials science, and biomedical and life sciences, featuring cutting-edge technical and methodological developments Coverage also includes a variety of structural and chemical
Small: Vol 22, No 17 - Wiley Online Library Lithium-Ion Batteries In the Research Article (e12020), Yuan Qiao and Ali Reza Kamali report a green and scalable strategy to develop a terephthalic acid-modified polyimide binder for silicon anodes The binder enhances electrode integrity and kinetics, delivering improved capacity, cycling stability and full-cell performance for next-generation lithium-ion batteries
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