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以下是对&ADV MATER &杂志介绍
advanced materials
出版周期：
偏重的研究方向
平均1.33个月的审稿周期
投稿命中率
近四年影响因子
非自引影响因子
| 5年影响因子：
MedSci指数
10.524&& |&& 5年指数7.9557
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急问ADVANCED MATERIALS两个大修，怎么办？
急问ADVANCED MATERIALS两个，
两个审稿人开始都说这个很intresting，还可以，没有说不好的问题，体的问题都是文章写作没有提到的东西。
编辑说把这篇文章给他们的姊妹期刊编辑看来下，说可以试试那个,，会很快接受，还会很快曝光啥的？？。
我想审稿人体的问题都是小问题，没有致命的问题，回答起来都很轻松，就这样结束AM投稿，不甘心啊。
我倾向于认真修改后，重新投过去。但重投之前要不要给编辑发email说一下，或appeal一下？
大家提提意见指点一下？
>Thank you for submitting your manuscript to ADVANCED MATERIALS. The reviewer comments are attached below.
>Unfortunately, on the basis of the reviewer comments, we are not able to accept it for publication in Advanced Functional Materials. Since we receive considerably more contributions than we can possibly publish in the limited available space, we can almost only accept those manuscripts that receive clear-cut positive reviewer reports. In addition, a further selection process has to be applied, in which an article is also assessed as to whether it is of great significance for the development of a topical area of materials science. This means that papers judged to be more suitable for a more specialized journal are not accepted for publication.
>However, I have shown your manuscript to Dr. Vicki Cleave, the editor of our sister journal, the Journal of Polymer Science: Polymer Physics.
>JPS: Polymer Physics has recently undergone a relaunch and now has a broad scope that encompasses all aspects of the physics of polymer systems from polymer electronics, through optical properties to biopolymers.
>Dr. Cleave would be happy to expedite the review process for your manuscript -- if the comments of the referees' below were fully addressed, this round of refereeing would be taken into account for review at JPS: Polymer Physics to significantly shorten the remaining review time.
>And, at JPS: Polymer Physics your paper would be published online rapidly after acceptance. As one of the first manuscripts in the relaunched journal, your paper would be guaranteed exposure in the community via our news .
>If you choose to follow this suggestion, please upload your manuscript as a new submission to JPS: Polymer Physics using /jpolb. In your cover letter, please mention this correspondence.
>Thank you for considering ADVANCED MATERIALS for publication. We regret disappointing you on this occasion and I hope you will consider us for your future manuscripts.
>Sincerely yours,
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随时随地聊科研&&&advanced materials
的翻译结果:
查询用时：0.194秒
&在分类学科中查询
Ecomaterials--An Advanced Materials Research for the 21st Century
环境材料——面向21世纪的新材料研究
Applications of Modeling and Simulations in Development of Advanced Materials
材料模型化与仿真技术在新材料设计开发中的应用
Some Problems of Physical Mechanics in the Development of Advanced Materials:Mechanical Properties and Materials Design
发展新材料的一些物理力学问题:材料的力学性质和材料设计
The beending strength and the tension strength of brittle materials reference for
developing and appraising advanced materials is provided.
对脆性材料弯曲强度与拉伸强度作了简单比较，为正确评价脆性材料的力学性能及指导新材料研制提供了有益的参考。
China International Advanced Materials Processes and Applications Fair
2004中国(青岛)国际新材料应用与制造技术展览会暨材料科技周
Advanced Materials and Technology for A380 Structure
A380结构的先进材料和技术——未来发展的技术平台
Advanced Manufacturing Technology and Advanced Materials
先进制造技术与先进材料
THE SECOND FRANCE-CHINA SYMPOSIUM ON ADVANCED MATERIALS TOWARDS 21ST CENTURY
第二届中法面向21世纪先进材料研讨会
Designing Advanced Materials by Network-topology
先进材料的设计——网络拓扑方法
The characteristics,application conditions and some new processing techniques of the advanced materials—light metal alloy materials,metal matrix composites,high temperature resin matrix composites,ceramic composites and C/C composites for the new carth-space trans systems used in the west countries are described.
本文综述了西方新型天地往返运输系统采用的有关先进材料——轻金属合金材料、金属基复合材料、聚合物基复合材料、陶瓷基复合材料及C/C复合材料的性能特点、适用条件和某些新工艺。
Advanced materials for STI, Cu CMP, and low-kdielectric were obtained.
现已开发出了用于浅沟道隔离穴STI雪、铜CMP和低k介质的新型材料。
With the development of advanced materials, the whisker-reinforced polymers are deeply researched and widely used in many fields.
随着新型材料的不断发展,晶须改性聚合物得到了深入的研究和广泛的应用。
Nanomaterials based on tungsten and titanium is a kind of advanced materials with many potential applications.
基于钨和钛的纳米材料是一种新型材料,具有许多潜在的应用价值。
importance
technology
applications
materials,function
materials,advanced
materials,optoelectronics,microelectronics,micro
electromechanical
system,environmental
engineering
expounded. The
application
technology
阐述了现代表面技术应用的重要性以及在结构材料、功能材料、新型材料、光电子学、微电子学、微型机电系统、环境工程等领域中的应用概况，展望了表面技术的应用前景。
In recent years, the controllable synthesis of inorganic particle materials with specific size and morphology has attracted more and more attention due to in the development of new materials in many fields such as, advanced materials, catalysis, medicine, electronics, ceramics, pigments, cosmetics, etc.
近年来,具有特殊尺寸和形貌的无机新型材料的可控合成已经吸引了越来越多的关注,因为这些材料在催化,医药,电子,陶瓷,颜料,化妆品等领域有着广泛的应用前景。
Toughness of Advanced Materials and Its Evaluation
尖端材料的韧性及评价方法
The Martensitic Transformation and Advanced Materials
马氏体相变和尖端材料
The status and the development of the advanced composites and its application study in the world is brio fly introduced aftet attending the Most Advanced Materials Society38th Annual International Conference & Exhibition,and visiting,some
famous univer sities & centers engaged in new materials research
通过第38届国际尖端材料学会年会与展览以及对美国几个著名的从事新材料研究的大学与中心的考察访问，简介当前世界先进复合材料及其应用研究的现状与发展趋势。
Application of Langmuir-Blodgett Technique to Preparation of Advanced Materials
LB薄膜技术在尖端材料制备中的应用
In this pa- per,the applications of LB to the preparation of advanced materials like crystals,nano-sized semiconductors and ferro- electrics are briefly discussed.
简要综述了 LB 薄膜技术在功能晶体、纳米半导体及铁电体等尖端材料制备中的应用,并展望了其相关应用研究的重要前景。
查询“advanced materials”译词为用户自定义的双语例句&&&&我想查看译文中含有：的双语例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。&&&&&&&&&&&& In this paper,the reformation of development system and the recent tendency ofthe advanced materials in Europe and in the United States is briefly described.It will be the re-ference material for developing the science and technology in our country. 本文概略地叙述欧美各国在尖端材料开发体制上的变革及其最新动向。对我国实现科学技术开发有一定的参考价值。 The stability of constrained crystal growth is foundation of fabricating structural or functional materials during directional solidification, rapid solidification, crystal growth and solidification in space. The widely quoted theories, such as "constituational supercooling" and M-S stability analysis [1,2], have laid a basis for the understanding of the planar interface of melt/solid only. Although there has been a little progress on constrained dendritic growth recently [5,8,10], the physical nature of the... The stability of constrained crystal growth is foundation of fabricating structural or functional materials during directional solidification, rapid solidification, crystal growth and solidification in space. The widely quoted theories, such as "constituational supercooling" and M-S stability analysis [1,2], have laid a basis for the understanding of the planar interface of melt/solid only. Although there has been a little progress on constrained dendritic growth recently [5,8,10], the physical nature of the growth stability and the pattern selection for the whole constrained growth process are not well understood. Because of this, it has limited the optimization of traditional materials and the development of advanced materials. In this paper, new experimental phenomena have been presented for steadystate crystal growth as well as planar-cell or planar-dendrite and cell-dendrite transitions in a typical single-phase-alloy succinonitrile-acetone system. A general framework has been proposed for the stability of growing fronts, interface, and pattern based on the experimental results. It has been found for the first time that the steady-state growth patterns are always formed during the nonsteady-state transient process at the early stage of destabilized planar interface under the influence of various factors in the solidification system, e.g., heat and solute transport, crystalline anistropy, noise and internal dissipation. The final microstructure is also dependent on the initial nonsteady-state transient process. This paper's discussions on the problems addressed can be used to guide the fabrication of high quality single crystals and the cellular or dendritic functional and structural materials. The major conclusions are as follows: 1. There are different stability mechanisms for steady-state cellular and dendritic growth. The dendritic tip pattern agrees with the principle of marginal stability and the growth kinetics of cellular pattern is more complex. 2. There is a relaxation time when cellular or dendritic pattern is selected from the destabilized planar interface. The early state and random fluctuation have strong influence not only on the spacing but also on the relaxation time for cell, but only on the relaxation time for dendrites. 3. The planar-cell or planar-dendrite is a mutation transition because the destabilizing of planar interface is of mutability, but the cell-dendrite may not be so. The cell-dendrite transition can be described as follows: there is a perturbation wave propagating along the side the cell will become dendrite if the imaginary part of the increasing rate of oscillating propagation of perturbation wave is not zero and the real part is larger than zero.本文以模型合金SCN-Ace.的强制性晶体生长实验为基础,系统分析了低熔化熵材料的生长端部、固/液界面和形态的稳定性。发现稳定的生长形态是在体系中诸因素影响下,通过初始非稳态的过渡过程形成的。本文报告的规律对于优化传统材料和开发新型材料具有广泛意义。 This paper introduced the development and application of thermoplastics-based composites.Reinforced plastics technology has grown rapidly to meet theever increasing demands for advanced materials.A new family of structuralmaterials—Advanced Thermoplastics Composite,has recently been developedto fill the gap between brittle high strength,advanced thermoset compositesand tougher,lower strength,conventional reinforced thermoplastics,It com-pares and analyses the properties of short glass-and long... This paper introduced the development and application of thermoplastics-based composites.Reinforced plastics technology has grown rapidly to meet theever increasing demands for advanced materials.A new family of structuralmaterials—Advanced Thermoplastics Composite,has recently been developedto fill the gap between brittle high strength,advanced thermoset compositesand tougher,lower strength,conventional reinforced thermoplastics,It com-pares and analyses the properties of short glass-and long glass-reinforced ther-moplastics.本文介绍了热塑性树脂基复合材料的应用与进展。增强塑料技术的迅速发展,满足了不断增长的对先进材料的要求。近来出现了一种新型的结构材料——高级热塑性树脂基复合材料,它具有韧性、强度高,克服了热固性树脂基复合材料性脆的缺点,使得韧性、低强度的普通热塑性塑料的优点得以发挥,缺点得到克服。本文还比较了长纤维与短纤维增强热塑性塑料的性能。&nbsp&&&&&相关查询
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知名期刊Advanced Materials和 Small编辑做客微电子所
| 编辑：三室 张康玮 | 【
　　3月9日，Wiley旗下知名期刊Advanced Materials的梁多多编辑和Small的徐广臣编辑应微电子所三室邀请到微电子所交流，向微电子所师生们作了关于如何提高论文获选的成功机率的报告。
　　梁多多编辑首先介绍了Wiley公司的出版业务和Wiley公司的材料科学类期刊。他说，Wiley是国内图书进出口代理商引进外国原版图书量较大的外国出版社之一，每年与中国进行350次翻译版权合作，在进入中国的国外学术期刊出版社中位居前三甲。Wiley公司出版的材料学科期刊主要包括 Advanced Materials、Advanced Functional Materials 、Small等许多知名期刊。
　　对于稿件处理的流程、评审的标准等问题梁编辑介绍到，科技期刊的处理流程主要包括：注册、同行评审、传播和存档。投稿流程包括初审和回复。初审过程中，编辑会根据期刊的要求和风格，审阅文章的风格、字数和图片数量，然后考虑是退回还是进行同行评审的环节。编辑在这一过程中往往很重视投稿信、文章的结论、关键词、引用文献、摘要和图片以及表格等内容。当文章初审合格后，就会进入同行评审环节。同行评审一般是编辑从审稿人数据库中选出2-3个审稿人。在同行评审中，一般可以推荐或排除审稿人，以增加文章获选的几率，然后编辑会根据审稿人的建议以及编辑自己对该领域的了解决定文章是退回修改还是拒绝接受。梁多多编辑建议大家在投稿过程中，一定要根据所投期刊的风格选择合适的期刊，从细节去准备，同时还要考虑期刊的声誉、稿件处理速度、期刊读者群体、同行评审以及期刊所属数据库等问题。对于如何写好cover letter的问题。梁编辑说，cover letter应该尽可能的简短，但不要遗漏要点。在cover letter中不能简单的写上文章摘要，而是要写突出该研究议题、研究成和结果（break through）的重要性，而结论的新颖性还要展示出与其他类似文章结果的比较和提高之处。
　　报告后，梁多多编辑和徐广臣编辑还就review文章的写作、投稿过程中常遇到的问题等与在座同学们进行了交流，解答了疑惑。
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求翻译：ADVANCED MATERIALS是什么意思？
ADVANCED MATERIALS
问题补充：
先进的材料
先进的材料
先进的材料
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