NATURE正刊四川大学介绍

NATURE正刊四川大学介绍
NATURE正刊四川大学介绍

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S

ichuan University is located in the heart of China’s Sichuan Province in the capi-tal of Chengdu. The city has developed over the centuries into an important centre for commerce, education, transport and communication in western China.

Sichuan University is one of the oldest universities in the country, with its founding institution established as far back as 1896. The university was designated a national key uni-versity by the Chinese Ministry of Education for its excellence in education, research, and social impact, and it continues to host several key laboratories that receive financial and admin-istrative support from the government. These include 13 national-level key laboratories and centres sponsored by the Ministry of Science and Technology, 17 national-level key labora-tories and centres sponsored by the Ministry of Education and 3 national-level key laboratories sponsored by the Ministry of Health as well as numerous provincial-level key laboratories. The laboratories, research centres and bases at Sichuan University have conducted projects of regional, national and international significance.According to Thomson Reuters’ Essential Science Indicators , which identify the most influential researchers, publications and

institutions in a range of scientific fields based on their research output and impact, Sichuan University ranks among the top one per cent globally in five subject areas, while an addi-tional five of its disciplines are ranked among the top five per cent worldwide. Having devoted considerable resources to the areas

SICHUAN UNIVERSITY

AN INNOVATION POWERHOUSE IN WESTERN CHINA

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of teaching, learning and research, the univer-sity has gained global recognition and serves as a driver of innovation, propelling China into a new stage of economic development.

STATE KEY LABORATORY OF BIOTHERAPY

The State Key Laboratory of Biotherapy (SKLB) was founded in 2005 and selected as one of the New Drug Creation and Development Integrated Platforms in 2008 under the New Drug Creation and Development Program managed by the Ministry of Health and the Ministry of Science and Technology. In April 2013, the SKLB became the

National Collaborative Innovation Center for Biotherapy, which is supported by the 2011 plan implemented by the Ministry of Education and the Ministry of Finance.

The centre’s premises are divided between the medical campus of Sichuan University and the Chengdu Hi-Tech Zone. They occupy an overall area of nearly 70,000 square metres and are even now undergoing intensive growth and construction. The SKLB also takes advantage of the rich clinical resources available at the West China Hospital, Sichuan University — the largest hospital in China with 4,300 inpatient beds.

The centre excels in seamless integrating basic research with preclinical development and translational and clinical medicine for the discovery and development of innovative drug candidates. The establishment of an effi-cient and fully integrated technology chain in a single institute has proved advantageous in achieving the SKLB’s ultimate goal of improv-ing the treatment of major human diseases, including cancer, cardiovascular diseases, obesity, diabetes, inflammatory diseases, neurological diseases and chronic autoim-mune diseases, as well as infectious diseases such as hepatitis, AIDS and tuberculosis.

The SKLB has almost 100 professors, associ-ate professors and assistant professors who

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are conducting well-funded, highly regarded, comprehensive and multidisciplinary research. These researchers are engaged in hundreds of projects focusing on, among other things, gene and cell therapy, vaccination, mono-clonal antibodies, recombinant proteins, and the development of synthetic and natural small molecules for drug discovery. As a

result of their dedicated study, the laboratory publishes over 300 research papers every year in peer-reviewed journals, including leading international journals such as the New England Journal of Medicine, Developmental Cell, Nature Medicine, Proceedings of the National Academy of Sciences of the USA, Cancer Research and The Lancet Neurology. To date, the laboratory has licensed over 50 patents in the commercial sector across China and transferred 45 potent candidate drugs to over 30 pharmaceutical companies for commercial development.

STATE KEY LABORATORY OF POLYMER MATERIALS ENGINEERING

The State Key Laboratory of Polymer Materials Engineering (SKLPME) was selected to be-come one of seven national pilot laboratories under the Key Discipline Development

Project, which is supported by a loan from the World Bank.

The SKLPME prioritizes research at the frontier of polymer materials science and en-gineering that has the potential to contribute

to China’s national economic development. This includes basic and applied research on the structure and properties of polymers, processing theories and related technologies, and production and engineering, in addition to the development of high-performance polymer materials.

Researchers at the SKLPME have established principles of polymer blending and composit-ing, developed technologies for preparing polymer-based nanomaterials and created highly efficient polymer materials for applica-tion in oil and gas fields. Researchers at the laboratory have won numerous science and technology awards, published many scientific papers and books and patented several of their innovations.

STATE KEY LABORATORY OF ORAL DISEASES

The State Key Laboratory of Oral Diseases (SKLOD) was founded in 1936 as the first research department in China specializing in oral medicine, or stomatology. It was desig-nated a national key laboratory by the Chinese Ministry of Science and Technology.

The laboratory is primarily engaged in basic research on the mechanisms and treatment of oral diseases with the goal of becoming a leading international laboratory in the field. Research activities at the laboratory focus on developing novel techniques for the preven-tion and treatment of tooth decay, advancing

new dental materials and biomaterials, and understanding the mechanisms of malforma-tion in the oral and maxillofacial area as well as the metastatic behaviour of cancerous

epithelial cells that line the inside of the mouth. Researchers and postgraduate students at the SKLOD have access to the latest facilities and technologies, which cost RMB 80 million and occupy an area of 7,000 square metres.

STATE KEY LABORATORY OF HYDRAULICS AND MOUNTAIN RIVER ENGINEERING

The State Key Laboratory of Hydraulics and Mountain River Engineering (SKHL) became the country’s first national key laboratory in the field of hydraulic engineer-ing, following authorization in May 1988 by the National Development and Reform Commission, formerly known as the State Planning Commission.

The laboratory was set up as an academic platform for hydraulic engineering and the study of mountain river environments to support projects in water conservation, hydropower construction and disaster prevention. The SKHL divides its research between five key objectives: the hydraulics of high-speed flow and dam engineering; mountain river dynamics and engineering; environmental hydraulics and mountain river protection; dam and reservoir safety; and hydroinformatics and new technologies in hydraulic engineering.

Between 2008 and 2012, the SKHL received one second-prize State Technological Invention Award, four second-prize State Science and Technology Progress Awards, and nine first-prize provincial- and ministerial-level allocations of the same awards. During the same period, the SKHL published 182 papers that have been included in Thomson Reuters’ Science Citation Index, 225 papers indexed by Elsevier’s Engineering Index and 13 monographs. The laboratory has also acquired 83 Chinese invention patents, 5 American invention patents and 8 software copyrights. Moreover, the SKHL has participated in the drafting of five volumes of technical specifica-

tions and standards.

East Gate of Jiang’an Campus

材料类期刊投稿指南

材料类期刊投稿指南 SCI(EI)收录的科技期刊(2003) 1 NATURE NATURE 自然 0028-0836 27.955 https://www.360docs.net/doc/306727155.html,/ 2 SCIENCE SCIENCE 科学 0036-8075 23.329 https://www.360docs.net/doc/306727155.html,/ 3 SURF SCI REP SURFACE SCIENCE REPORTS 表面科学报告 0167-5729 14.091 https://www.360docs.net/doc/306727155.html,/science/journal/01675729 4 PROG MATER SCI PROGRESS IN MATERIALS SCIENCE 材料科学进展 0079-642 5 14 http//www.elsevier.nl/inca/publications/store/4/1/4/ 5 PROG SURF SCI PROGRESS IN SURFACE SCIENCE 表面科学进展 0079-681 6 7.96 https://www.360docs.net/doc/306727155.html,/science/journal/00796816 6 PHYS REV LETT PHYSICAL REVIEW LETTERS 物理评论快报 0031-900 7 6.668 https://www.360docs.net/doc/306727155.html,/ 7 MAT SCI ENG R MATERIALS SCIENCE & ENGINEERING R-REPORTS 材料科学与工程报告0927-796X 6.143 https://www.360docs.net/doc/306727155.html,/science/journal/0927796X 8 ADV POLYM SCI ADVANCES IN POLYMER SCIENCE 聚合物科学发展 0065-3195 6.053 https://www.360docs.net/doc/306727155.html,/science/journal/00796700 9 ADV MATER ADVANCED MATERIALS 先进材料 0935-9648 5.579 http://www.wiley-vch. de/publish/en/journals/alphabeticIndex/2089/ 10 ANNU REV MATER SCI ANNUAL REVIEW OF MATERIALS SCIENCE 材料科学年度评论0084-6600 5.405 https://www.360docs.net/doc/306727155.html,/loi/matsci?cookieSet=1 11 APPL PHYS LETT APPLIED PHYSICS LETTERS 应用物理快报 0003-6951 3.849 https://www.360docs.net/doc/306727155.html,/aplo/ 12 PROG POLYM SCI PROGRESS IN POLYMER SCIENCE 聚合物科学进展 0079-6700 3.738 https://www.360docs.net/doc/306727155.html,/science/journal/00796700 13 CHEM MATER CHEMISTRY OF MATERIALS 材料化学 0897-4756 3.69 http://pubs.acs. org/journals/cmatex/ 14 PHYS REV B PHYSICAL REVIEW B 物理评论B 0163-1829 3.07 https://www.360docs.net/doc/306727155.html,/ 15 ADV CHEM PHYS ADVANCES IN CHEMICAL PHYSICS 物理化学发展0065-2385 2.828 https://www.360docs.net/doc/306727155.html,/WileyCDA /WileyTitle/productCd-0471214531.html 16 J MATER CHEM JOURNAL OF MATERIALS CHEMISTRY 材料化学杂志 0959-9428 2.736 https://www.360docs.net/doc/306727155.html,/is/journals/current/jmc/mappub.htm 17 ACTA MATER ACTA MATERIALIA 材料学报 1359-6454 2.658 http://www.elsevier. nl/locate/actamat/ 18 MRS BULL MRS BULLETIN 材料研究学会(美国)公告 0883-7694 2.606 http://www. https://www.360docs.net/doc/306727155.html,/publications/bulletin/ 19 BIOMATERIALS BIOMATERIALS 生物材料 0142-9612 2.489 http://www.biomaterials. org/ 20 CARBON CARBON 碳 0008-6223 2.34 https://www.360docs.net/doc/306727155.html,/inca/publications/store/2/5/8/ 21 SURF SCI SURFACE SCIENCE 表面科学 0039-6028 2.189 https://www.360docs.net/doc/306727155.html,/science/journal/01694332

速度快并且容易中的材料类sci期刊

速度快并且容易中的材料类SCI期刊(更新中) 推荐: 1. Journal of alloy and compounds 影响因子IF 1点多,1个月给消息,容易中,现在几乎成为中国人的专刊了,哈哈; 2. applied surface science 影响因子IF 1点多,发表容易, 3. Materials Letter 1.7 速度快,快报一般都要求有新意(当然,新意太高可以投APL了) 4. Materials & Design 影响因子不到1,很快,快点一个月就接受的!适合特别想要文章毕业或者评奖学金的。 5. Physica B 影响因子不到1,很快,我一个同学已经在上面发了2篇了,最快不到一个月就接受了,还是容易中的,最好是工作全面细致些。 6. Materials science and engineering B 影响因子1点多,从投稿到接受一般3-4个月,相对容易中。 7. Optoelectronics and Advanced Materials-Rapid Communications, 罗马尼亚期刊,影响因子0.2,很快,一个月可以搞定,适合灌水和急需文章。 8. Optical materials 发光材料期刊,影响因子1点多,相对容易中,速度也快。 9. Journal of Luminescence 发光方面专业期刊,老牌杂志,虽然影响因子只有1点多,但很多发光方面的经典文章出自此期刊,相对容易中,速度也可以。 10. Journal of Physics D: Applied physics 偏物理材料方面,影响因子2 左右,速度快,也不难中,中国人投稿还比较多。 黑名单: 1. Thin solid films 影响因子1点多,但审稿巨慢,不推荐; 2. Materials Characterization 影响因子不高,容易中,但速度慢,如果不急着要文章,也可以投的; 3. Materials Chemistry and Physics 影响因子1点多,速度巨慢,我一个同学投稿半年还没消息,现在1年过去了还没查到这篇文章,估计没戏了吧。 4. Journal of Physics and Chemistry of Solids, 影响因子1点多,速度较慢,接受难度较易。

材料类期刊影响因子

现将以前存有的材料类期刊名称影响因子可能不是最新的但希望对大家投稿时选杂志有用2009 材料类期刊影响因子 Nature 34.48 Science 29.747 Nature Materials 29.504 Nature Nanotechnology 26.309 Nature Physics 15.491 Angewandte Chemie-International Edition 11.829 Nano Letters 9.991 Advanced Materials 8.379 Journal of the American Chemical Society 8.58 Advances in Catalysis 3.571 Advanced Functional Materials 6.99 Physical Review Letters 7.328 Small 6.171 MRS bulletin 6.33 Chemical Communications 5.504 Chemistry of Materials 5.368 International Journal of Plasticity 4.791 Journal of Materials Chemistry 4.795 Carbon 4.504 Electrochemistry Communications 4.243 Inorganic Chemistry 4.657 The Journal of Physical Chemistry B 3.471 Crystal Growth & Design 4.162 Langmuir 3.898 Journal of Applied Crystallography 3.018 Acta materialia 3.76 Applied Physics Letters 3.554 Journal of the Mechanics and Physics of Solids 3.317 Physical Chemistry Chemical Physics 4.116 Nanotechnology 3.137 Physical Review B 3.475 The Journal of Physical Chemistry A 2.899 Journal of power sources 3.792 Journal of the Electrochemical Society 2.241 Scripta materialia 2.949 Journal of nanoparticle research 2.478 Intermetallics 2.231 Microporous and Mesoporous Materials 2.652 Nanoscale Research Letters 2.894 Composites Science and Technology 2.901 Journal of Applied Physics 2.072 Journal of Solid State Chemistry 2.34

KEGG数据库的使用说明

KEGG数据库的使用方法与介绍http://www.genome.jp/ KEGG的数据 KEGG中的pathway是根据相关知识手绘的,这里的手绘的意思可能是指人工以特定的语言格式来确定通路各组件的联系;基因组信息主要是从NCBI等数据库中得到的,除了有完整的基因序列外,还有没完成的草图;另外KEGG中有一个“专有名词”KO(KEGG Orthology),它是蛋白质(酶)的一个分类体系,序列高度相似,并且在同一条通路上有相似功能的蛋白质被归为一组,然后打上KO(或K)标签。下面就首先来讲一下KEGG orthology。 任找一个代谢通路图,在上方有pathway meue | payhway entry | Show(Hide) description | 这3个选项,点击pathway entry, 出现了一个页面,这个随时被连接出来的页面相信大家一定再熟悉不过了。在这个页面中的pathway map项中点击按钮状的链接Ortholog table 。就进入了Ortholog table如下的页面: 在这个表中,行与物种对应,3个字母都是相应物中的英文单词缩写,比如has表示Homo sapiens,mcc表示Macaca mulatta;列就表示相应的Ortholog 分类,比如K00844就表示生物体内的己糖激酶hexokinase这一类序列和功能相似的蛋白质类(酶类)。如上图has后有3101,3098,3099这3个条目,它表示在人类细胞中中存在3中不同的己糖激酶,它们分别由以上这3组数字代表的基因所编码,这3组数字应该是这3个基因的登录号。空白则表示在该物种中不存在这种酶。

Nature数据库检索指南

Nature数据库检索指南 一、数据库介绍: 《Nature》创刊于1869年,是世界上最早的国际性科技期刊。《Nature》网站涵盖的内容相当丰富,不仅提供1997年6月以来的《Nature》全文,而且包括其他众多姊妹刊物。所有可访问全文的刊物列表如下: EMBO reportsNatureNature Biotechnology Nature Cell BiologyNature Chemical BiologyNature Genetics Nature ImmunologyNature MaterialsNature Medicine Nature MethodsNature NeuroscienceNature Reviews Cancer Nature Reviews Drug DiscoveryNature Reviews Genetics Nature Reviews ImmunologyNature Reviews Microbiology Nature Reviews Molecular Cell BiologyNature Reviews Neuroscience Nature Structural & Molecular Biology Nature Structural Biology (2004年刊名改为Nature Structural & Molecular Biology) The EMBO Journal 二、检索方法: 该库有期刊浏览、检索和篇目检索功能,篇目检索包括简单查询和复杂查询两种方式。 ㈠期刊浏览与检索 登录到检索系统的首页,可以进行期刊浏览与检索。 1.按刊名浏览:将所有期刊按刊名顺序排列起来,用户可以按刊名逐卷逐期地直接阅读自己想看的期刊; 2.刊名检索:可以在检索条件输入框中输入刊名关键词,按刊名进行简单检索。然后再选择想看的期刊按卷期浏览。 3.二次检索:按上述的几种方式进行检索或浏览之后,在显示的期刊列表中可以进一步限制进行二次检索。 ㈡检索方式

化学材料类期刊影响因子排名

Nature 31.434 Science28.103 Chem Rev 23.592 Nature Materials 23.132 Nature Nanotechnology 20.571 Annu Rev Phys Chem 14.688 Mater Today 12.929 Accounts Chem Res 12.176 Angewandte Chemie International Edition 10.879 Nano Letters 10.371 Nano Today 8.795 Adv Mater8.191 J Am Chem Soc 8.091 Phys Rev Lett 7.18 Adv Funct Mater 6.808 Small 6.525 ACS Nano 5.472 Chem-Eur J 5.454 Chem Commun 5.34 Chem Mater 5.046 J Mater Chem 4.646 Cryst Growth Des 4.215 Journal of Physical Chemistry B 4.189 Inorg Chem 4.147 Langmuir 4.097 Phys Chem Chem Phys 4.064 Appl PHys Lett 3.726 Nanotechnology 3.446 Journal of Physical Chemistry C 3.396 Phys Rev B 3.322 J Chem Phys 3.149 Eur J Inorg Chem 2.694 Current Nanoscience 2.437 Aust J Chem 2.405 JOurnal of Nanoparticle Research 2.299 J Appl Phys 2.201 Chem Phys Lett 2.169 IEEE Transactions on Nanotechnology 2.154 Journal of Nanoscience and Nanotechnology 1.929 J Sold State Chem 1.91 Appl Phys A 1.884 Inorg Chem Commun 1.854 Mater Res Bull 1.812 Mater Chem Phys 1.799 Mater Chem Phys 1.799 J Cryst Growth 1.757 Mater Lett 1.748

材料类SCI期刊及影响因子

Nature自然 Science科学Nature Material自然(材料)Nature Nanotechnology自然(纳米技术)Progress in Materials Science材料科学进展Nature Physics自然(物理)Progress in Polymer Science聚合物科学进展Surface Science Reports表面科学报告 Materials Science & Engineering R-reports 材料科学与工程报 告 Angewandte Chemie-International Edition 应用化学国际版Nano Letters纳米快报Advanced Materials先进材料Journal of the American Chemical Society 美国化学会志Annual Review of Materials Research材料研究年度评论Physical Review Letters物理评论快报Advanced Functional Materials先进功能材料 Advances in Polymer Science聚合物科学发展Biomaterials生物材料 Small微观Progress in Surface Science表面科学进展Chemical Communications化学通信 MRS Bulletin 材料研究学会(美 国)公告 Chemistry of Materials材料化学Advances in Catalysis先进催化

Journal of Materials Chemistry材料化学杂志 Carbon碳Crystal Growth & Design晶体生长与设计Electrochemistry Communications电化学通讯 The Journal of Physical Chemistry B 物理化学杂志,B 辑:材料、表面、界面与生物物理 Inorganic Chemistry有机化学 Langmuir朗缪尔Physical Chemistry Chemical Physics物理化学International Journal of Plasticity塑性国际杂志Acta Materialia材料学报Applied Physics Letters应用物理快报 Journal of power sources电源技术 Journal of the Mechanics and Physics of Solids 固体力学与固体物 理学杂志 International Materials Reviews国际材料评论Nanotechnology纳米技术Journal of Applied Crystallography应用结晶学Microscopy and Microanalysis Current Opinion in Solid State & Materials Science 固态和材料科学的 动态 Scripta Materialia材料快报 The Journal of Physical Chemistry A 物理化学杂志,A 辑

材料期刊排名及影响因子

【自然科学】材料期刊排名及影响因子 Nature 自然31.434 Science 科学28.103 Nature Material 自然(材料)23.132 Nature Nanotechnology 自然(纳米技术)20.571 Progress in Materials Science 材料科学进展18.132 Nature Physics 自然(物理)16.821 Progress in Polymer Science 聚合物科学进展16.819 Surface Science Reports 表面科学报告12.808 Materials Science & Engineering R-reports 材料科学与工程报告12.619 Angewandte Chemie-International Edition 应用化学国际版10.879 Nano Letters 纳米快报10.371 Advanced Materials 先进材料8.191 Journal of the American Chemical Society 美国化学会志8.091 Annual Review of Materials Research 材料研究年度评论7.947 Physical Review Letters 物理评论快报7.180 Advanced Functional Materials 先进功能材料 6.808 Advances in Polymer Science 聚合物科学发展 6.802 Biomaterials 生物材料 6.646 Small 微观? 6.525 Progress in Surface Science 表面科学进展 5.429 Chemical Communications 化学通信 5.34 MRS Bulletin 材料研究学会(美国)公 告 5.290 Chemistry of Materials 材料化学 5.046 Advances in Catalysis 先进催化 4.812 Journal of Materials Chemistry 材料化学杂志 4.646 Carbon 碳 4.373 Crystal Growth & Design 晶体生长与设计 4.215 Electrochemistry Communications 电化学通讯 4.194 The Journal of Physical Chemistry B 物理化学杂志,B辑:材 料、表面、界面与生物物 理 4.189 Inorganic Chemistry 有机化学 4.147 Langmuir 朗缪尔 4.097 Physical Chemistry Chemical Physics 物理化学 4.064 International Journal of Plasticity 塑性国际杂志 3.875 Acta Materialia 材料学报 3.729 Applied Physics Letters 应用物理快报 3.726 Journal of power sources 电源技术 3.477 Journal of the Mechanics and Physics of Solids 固体力学与固体物理学 杂志 3.467

材料类的国外期刊以及投稿经验

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