中文简介

NPG亚洲材料是一个开放的渠道，国际期刊出版同行评议和主要研究文章，涵盖材料科学的各个方面。期刊的前景和影响是全球性的，其在亚太地区的基础反映了该地区材料研究的大量和不断增加的产出。NPG亚洲材料面向全方位材料研究的科学家和研究人员，发表物理化学科学、生物技术和纳米技术的文章。该杂志欢迎来自材料科学和工程以及物理学、化学和生物学经典学科之间最快速发展领域的高质量评论和研究文章。该杂志的特点是在以下与材料科学相关的领域进行理论和实验方面的研究：生物材料和生物传感器电子、磁性和超导材料能量转换、催化和分离无机、复合和杂化材料金属和合金纳米材料光学、光子学和光电子学有机、碳基和软材料理论、建模和模拟重点是研究的新颖性，无论是从新材料或合成方法的意义上，还是从导致先前已知材料的先进功能和应用的新特性的意义上。实验研究和理论研究都将考虑出版。对合成方法的研究应证明该方法的普遍性，或在将材料应用于实际装置方面所表现出的进步。同样，对方法学、工艺学或应用设备工程进展的研究应该证明，不仅仅是对现有系统的渐进式改进，因此对我们的广大读者来说，这是最大的可能兴趣。

投稿网址：http://mts-am.nature.com/cgi-bin/main.plex

英文简介

NPG Asia Materials is an open access, international journal publishing peer-reviewed review and primary research articles that cover all aspects of the materials sciences. The journal is global in outlook and reach and its base in the Asia-Pacific reflects the substantial — and increasing — output of materials research from the region.NPG Asia Materials is aimed at an audience of scientists and researchers across the full spectrum of materials research, and publishes articles from the physical and chemical sciences, biotechnology and nanotechnology. The journal welcomes high-quality review and research articles from the most rapidly advancing fields that lie at the borders between materials science and engineering and the classical disciplines of physics, chemistry and biology.The journal features both theoretical and experimental aspects of research in the following areas related to materials science:Biomaterials and biosesensorsElectronic, magnetic and superconducting materialsEnergy conversion, catalysis and separationInorganic, composite and hybrid materialsMetals and alloysNanomaterialsOptics, photonics and optoelectronicsOrganic, carbon-based and soft materialsTheory, modelling and simulationsEmphasis is placed on the novelty of the research, either in the sense of novel materials or synthetic methods, or in the sense of novel properties that lead to advanced functionality and applications of previously known materials. Both experimental and theoretical studies will be considered for publication. Studies on synthetic methods should demonstrate the generality of the approach or the advance represented in applying the material to practical devices. Equally, research on advances in methodology, processes or applied device engineering should demonstrate more than an incremental improvement on existing system and so be of the highest possible interest to our broad readership.