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图书馆已开通了Springer以下产品的试用,欢迎读者们使用!

作者:TSG审核:发布时间:2017-10-27

 

SpringerLink(电子期刊、电子图书、RLOS)

试用起止日期:20171016-1216

访问入口  https://link.springer.com

资源类型:电子期刊、电子图书

揭示深度:全文

所属学科:综合

简介

施普林格·自然集团(Springer Nature)是一家全球领先的从事科研、教育和专业出版的机构。集团旗下汇聚了一系列备受尊敬和信赖的品牌,以各种创新的产品和服务,为客户提供优质的内容。施普林格·自然集团是世界上最大的学术图书出版公司,还出版全球最具影响力的期刊,也是开放获取领域的先行者。集团在全球约有1.3万名员工,遍及50多个国家。施普林格·自然在2015年由自然出版集团、帕尔格雷夫·麦克米伦、麦克米伦教育、施普林格科学与商业媒体合并而成。

SpringerLink平台是全球最完备的科学、技术和医学数据库在线资源,也是迄今为止Springer开发出的最快、最智能化的研究平台,适应各种移动终端及智能手机,并且无无数字版权管理(DRM)限制,IP控制无并发用户限制。SpringerLink平台整合了Springer的出版资源,收录文献超过800万篇,包括图书、期刊、参考工具书、实验指南和数据库,其中收录电子图书超过16万种,最早可回溯至1840年代。平台每年新增超过8,400种图书及3,300份实验指南,且每月新增超过12,000篇期刊文章。

此次开通的产品包括:

一、Springer电子期刊

我校开通Springer电子期刊全文数据库试用,可访问Springer出版的700余种电子期刊,超过60%以上的期刊被SCISSCI收录,很多期刊在相关学科拥有较高的排名,涵盖学科包括:数学、化学和材料科学、计算机科学、地球和环境科学、工程学、物理和天文学。

二、俄罗斯在线科学图书馆(RLoS

囊括了俄罗斯及前独联体国家最高水平的学术机构和学协会近年来所发表的最高水平的文章和期刊论文,所译期刊全部经同行评议、专家翻译。通过SpringerLink平台提供200多种英文版俄罗斯科学期刊,67%的期刊被SCI收录,其中的100多种来自MAIK Nauka 出版社(是著名的俄罗斯科学院御用出版社),另有45重要科技期刊来源于Allerton Press 出版社 (自 20071月起收录)。

三、Springer电子图书

Springer Nature电子图书数据库为用户提供全球最大的科学、技术和医学出版物,其中内容包含专著、教科书、手册、图集、参考工具书、丛书和回溯图书等。数据库拥有超过20万种电子图书,并以包括231位诺贝尔奖得主、50余位费尔兹奖得主和历届图灵奖得主在内的,来自世界顶尖学者的研究著作为特色。每年递增9,000多种新书,涉及20个学科,包括:工程学、生物医学和生命科学、数学和统计学、化学和材料科学、医学、计算机科学、物理和天文学、地球和环境科学、计算机职业技术与专业计算机应用、能源、经济与金融、商业与管理、教育、历史、法律与犯罪学、文学、文化与传媒研究、政治学与国际研究、宗教与哲学、社会科学。其中包括著名的《Lecture Notes in Computer Science》、《Lecture Notes in Mathematics》、《Lecture Notes in Physics》、《新帕尔格雷夫经济学大辞典》、《政治家年鉴》、《国际历史统计》、《战略管理百科全书》等。Springer Nature电子图书通过link.springer.com平台访问,可同时检索所有其出版的内容。Springer Nature电子图书无数字版权管理(DRM)限制,能够以PDF形式在电子阅读器上阅读,可进行章节级别检索,实现全文检索功能,并可一键下载整本电子图书。IP控制,无并发用户限制。此次开通了20162017版权年的超过1万种电子图书。

Website: link.springer.com

About Springer Nature

   Springer Nature advances discovery by publishing robust and insightful research, supporting the development of new areas of knowledge, making ideas and information accessible around the world, and leading the way on open access. Key to this is our ability to provide the best possible service to the whole research community: helping authors to share their discoveries; enabling researchers to find, access and understand the work of others; supporting librarians and institutions with innovations in technology and data; and providing quality publishing support to societies.

   As a research publisher, Springer Nature is home to trusted brands including Springer, Nature Research, BioMed Central, Palgrave Macmillan and Scientific American. Springer Nature is also a leading educational and professional publisher, providing quality content through a range of innovative platforms, products and services. Every day, around the globe, our imprints, books, journals and resources reach millions of people.

SpringerLink is the world’s leading research platform. It delivers more than 1,500 Journals, including many of the world’s leading publications. SpringerLink is a constantly growing resource with new works added all the time, more than 12,000 journal articles every month. Content in each Springer subject area has been carefully pre-selected for its relevance, streamlining the browsing experience for researchers with an interest in a given topic. A rotating set of featured eJournals keep researchers up to date with the latest publications in their field.

   And now SpringerLink has been reinvented. The new platform, built on the latest technologies,has more sophisticated search and discovery tools, that deliver results with the speed, accuracy and convenience that today’s researchers need.

Springer eBooks

   Springer eBooks is the world’s largest collection of STM books. Springer’s eBook collections deliver complete access to the largest collection of scientific, technical and medical publications available today, including monographs, textbooks, handbooks, atlases, book series, archives and more.

   The Springer eBook collection comprises more than 10,000 titles and features research from the world’s foremost scholars, including the work of more than 200 Nobel Laureates. And the collection continues to grow as more than 9,000 newly released STM books, book series volumes and reference works are added every year.


Nano——“纳米自然科研解决方案

试用起止日期:20171016-20171216

数据库中文简介:

纳米技术的研究与发展日新月异,涉及学科及行业方方面面,然而并没有统一的标准术语;与此同时,海量研究成果分布广泛,科研者需自行对信息进行甄别、分类以及索引,费时费力。为改善其搜索困境,SpringerNature作为世界领先的出版集团,利用若干年的时间,集齐全球最优专家团队重点深入开发,于20166月隆重推出了Nature旗下唯一的非期刊类产品,专注于纳米技术自然科研的数据库Nano-https://nano.nature.com/. Nano利用人工智能学习,突破了一般数据库的基本功能,让您在搜索的同时,对信息进行分析合并,使得到的数据以分类汇总的形式呈现。在Nano平台,您可获得来自171本权威期刊,并与您检索输入高度相关的文章。另外,我们独特的优化检索工具和纳米科技独具筛选器选项,可让您获得由纳米专家针对不仅仅来自单篇文章, 而是多个文献来源,抽丝剥茧人工筛选的纳米材料汇总。现信息库内,由纳米专家人工整理的汇总已超过22万份。在该汇总中,您可清晰地、全面地了解,来自该领域科学家甚至跨学科的其他科学家针对该材料的性能、合成方法和应用的研究成果。

我们学校开通了Nature Nano 数据库的访问,协助您加速您的纳米科研,与全世界顶尖纳米科学家同行。

Nature Nano地址https://nano.nature.com/

English Introduction:

The exponential growth in nanotechnology has led to a vast amount of information and data being dispersed throughout various journals and patents making the discovery and consolidation of this information difficult. Furthermore, the lack of standardized nomenclature for nanomaterials makes seeking and transfer of scientific results a difficult task for researchers.

Nano.nature.com, known as Nano https://nano.nature.com/, was launched in June 2016 as a non-journal platform under the Nature Research portfolio. It aims to provide highly indexed and structured information related to nanoscience and technology, including detailed descriptions of thousands of different nanomaterials and devices, their physical, chemical and biological properties, their potential uses and the various methods and protocols by which they have been prepared. The data are derived from articles published in peer-reviewed journals, compiled from many different sources, and are made into manually curated nanomaterial summaries. Here, a nanomaterial is defined as any material that typically contains at least one feature with a dimension in the range of 1 to 100 nm. In parallel, data indexes are generated by machine learning algorithms that scan over 171 journals including leading titles from Springer Nature — whose brands include Nature Research, BioMed Central and Springer — and other publishers including AAAS, Elsevier and Wiley, on a regular basis. It aims to provide nanotechnology research communities fast and precise insights into this multi- and interdisciplinary fields, and keep up to date with new discoveries and developments.

Link: https://nano.nature.com/


zbMath数学文摘数据库

试用期限:20171016-1216

数据库网址https://www.zbmath.org/

数据库简介:

zbMATH的曾用名Zentralblatt MATH广为人知,是世界最大的数学数据库,通过此数据库您可以便捷访问从19世纪直到现在的数学领域文章摘要和评论。它包括300余万个条目,摘自超过3,500种期刊、1,100种连载刊物和大约17万本图书,涵盖范围跨越数学、统计学、计算机科学以及这些学科在工程、物理和生命科学中的应用。现有来自世界各地的6500余名专家为此撰写评论,并且每年新增超过120000个条目。全部条目均经过评审,并指定适当的MSC码和关键词,50%以上的核心数学条目接受外部评审。同时,可直接链接通往arXiv.orgElibMNumdam等开放资源库。提供超过400万份参考文献。

内容涵盖:

逻辑与基础

代数

数论

代数几何与复几何

几何

拓扑

李群论及其推广

分析学

泛函分析与应用

动力系统与常微分方程          

数学物理

概率与统计

组合学

计算机科学的数学问题

数值分析与科学计算

控制论与优化

科技领域数学应用

数学教育和数学普及

数学史

The amount of scientific information and publications in the field of mathematics and its

applications has immensely grown over the last decades. This increases the need of

scholars, scientists and librarians to have a comprehensive resource of curated information on knowledge in all mathematical disciplines.

zbMATH, well known under its former name Zentralblatt MATH, provides easy access to bibliographic data, reviews and abstracts from all areas of pure and applied mathematics, as well as its applications, in particular to the natural sciences, computer science, economics and engineering. It also covers history and philosophy of mathematics and university education. All entries are classified according to the Mathematics Subject Classification Scheme (MSC 2010) and are supplemented with keywords in order to characterize their particular content and to allow for efficient retrieval.

Benefits for Researchers

•Always rely on zbMATH for the latest search results, as content items are uploaded daily

• Search results are comprehensive, with items categorized by MSC codes, keywords, etc.

•Refine your search with intuitive filters and logical operators, and formulate complex

search queries with ease

•Quick, accurate and complete equation formatting of complex formulae is facilitated by

the integrated MathML or MathJax font rendering system

• Navigate to the source material to view further information and full texts, if available to you

• Find aggregated information on authors, their citation data and collaboration networks.

View research trends and publication histories on authors and research topics

• Benefit from the extraction of additional useful information like mathematical software

and the formula search function

•Browse through the widest online collection of mathematical journals, books, conference proceedings and other publication formats

SpringerProtocols

试用日期:20171016-20171216

数据库简介:  

SpringerProtocols实验室指南数据库主要面向生物化学、分子生物学、以及生物医学等学科,提供详细、精确的实验操作记录。

提供一种标准化的,并可在实验室再现的配方方法,包括按部就班的操作步骤、实验必需的原材料清单(原材料包括化学成分、硬体、软体等等),以及注释和提醒,提醒实验员在实验过程中需要注意的事项,以及如何解决问题。

其作者John M.Walker Protocol 的鼻祖,他是第一位通过生物医学实验室指南 (Protocol) 按部就班地介绍实验方法,并使其成为标准的人。几十年来,分子生物学领域的学者们一直依赖着由Walker博士编辑的实验室研究指南:《分子生物学方法》(Methods in Molecular Biology)。这些内容经受了非常严格的实践检验,倍受研究人员称赞。

SpringerProtocols应用领域

生物科学:干细胞,蛋白生物学,遗传/基因科学,生物信息学,神经系统科学,药物遗传学,免疫化学,生物工艺学

分子医学:癌症分子诊断学,传染病学,疫苗学,基因治疗

生物科学:制药,益生酶制造,营养学,杀虫剂侦测,蛋白质医学检测分子技术

环境科学:环境监控

农业:食物源病原体研究,杀虫剂侦测

化学:免疫化学,高分子化学及化学工程

访问链接:

网址一、SpringerProtocols平台

www.springerprotocols.com

网址二、SpringerLink平台

https://link.springer.com/search?facet-content-type="Protocol"

网址三、Springer Nature Experiments平台

https://experiments.springernature.com/

SpringerProtocols

SpringerProtocols is an invaluable resource for biomedical and life science researchers.

Researchers who use protocols want a quick and straightforward online resource they can

trust, with content backed by excellent academic credentials. They want the information to be easy-to-access and practical to apply in the laboratory.

In biomedical and life science research, it is important to document the course of experiments precisely, so they can be reproduced by researchers in other labs. However, laboratory methods are often first published in the research literature, where details of what can go wrong, ways to circumvent problems, useful hints, tips and troubleshooting advice are rarely included. Using only the research literature, a researcher will not be able to accurately reproduce the experiment.

This problem is solved with SpringerProtocols! Laboratories can save time and money if they use trusted, reproducible methods instead of starting from scratch. SpringerProtocols offers step-by-step laboratory instructions, lists of the necessary equipment and materials and notes on troubleshooting and safety precautions.

SpringerProtocols publishes in 15 subject collections

•Biochemistry

• Bioinformatics

•Biotechnology

•Cancer Research

•Cell Biology

• Genetics/Genomics

• Imaging/Radiology

• Immunology

•Infectious Diseases

•Microbiology

•Molecular Medicine

•Neuroscience

•Pharmacology/Toxicology

•Plant Sciences

•Protein Science

Springer Materials

试用日期:20171016-20171216

数据库简介

SpringerMaterialsLandolt-BörnsteinLB丛书系列)为基础,是全球最大的材料科学数据资源,是一个独一无二的高质量数值型数据库。SpringerMaterials内容涵盖物理化学和工程科学的各个领域,包含多达290,000种材料及化学体系的3,200+种特性信息。来自全球的专家负责对8000多种经同行评审的期刊原文进行审阅,经评估和筛选后,将最有效的信息收入该库。帮助广大科研人员更高效地检索和获取材料科学领域的信息和材料性质!SpringerMaterials每个季度都会扩充内容并作出更新,保持SpringerMaterials处于材料科学的最前沿。

SpringerMaterials涵盖以下主题领域:粒子、核子和原子;分子和自由基;电子结构与传输;磁学;半导体;超导体;结晶学;热力学;多相系统;先进材料;先进技术;天体物理学和地球物理学。

数据库网址:http://materials.springer.com/

SpringerMaterials

The world’s largest resource for properties, figures and graphs in materials science: written, compiled and verified by thousands of experts

SpringerMaterials contains more than 500,000 online documents covering 3000

properties spread across 250,000 materials and chemical systems!

As the amount of scientific information exponentially increases, the need for critically evaluated and easily retrievable data becomes ever greater. Information must be cross-linked, updated, and presented in intuitive and readily accessible ways. SpringerMaterials effectively addresses these challenges in the fields of materials science and chemistry.

SpringerMaterials is a comprehensive resource of compiled information about the properties of materials that is critically reviewed and presented in an online format.

SpringerMaterials contains information from numerous sources and is principally based

on the Landolt-Börnstein Series, the unique and authoritative data collection in the area of physical sciences and engineering. Researchers can save time as the information is already collected and formatted, and they do not need to scan and assess primary literature themselves.

SpringerMaterials also contains a number of subset databases catering to the specific

needs of researchers and engineers. The databases in SpringerMaterials include:

•The Landolt-Börnstein Database

•The Linus Pauling Files

• A subset of the Dortmund Databank of Software and Separation Technology

•The Adsorption Database

•Polymer Thermodynamics Database

•MSI Database

SpringerMaterials also includes synthesis information from external databases like SPRESI and contains SpringerMaterials Handbooks on subjects like nanomaterials characterization, the Handbook of Polymers, and more!

 

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