SpringerMaterials The Landolt-Börnstein Database

Transcription

1 SpringerMaterials The Landolt-Börnstein Database

2 SpringerMaterials Customer Presentation 2 In this Presentation Landolt-Börnstein Facts & Figures Usability Study SpringerMaterials The Landolt-Börnstein Database Content Who Should Buy SpringerMaterials? Who Uses SpringerMaterials? Features and Benefits Business Model Site Guide of the Platform Comparable Products Additional Information

3 SpringerMaterials Customer Presentation 3 LANDOLT-BÖRNSTEIN

4 SpringerMaterials Customer Presentation 4 Landolt-Börnstein: Figures and Facts > 200,000 pages > 100,000 online documents > 150,000 figures > 250,000 chemical substances > 1,200,000 literature references 19 printed volumes published each year

5 SpringerMaterials Customer Presentation 5 We listened to our customer s feedback (I) Findability, usability and interactivity One dedicated portal with a simple URL Offering easy advanced search functionalities: Google-like full-text search Table-of-content navigation and keyword search Search results enable direct link to Landolt-Börnstein data Sorting hits according to their relevance

6 SpringerMaterials Customer Presentation 6 We listened to our customer s feedback (II) Affordability New, flexible business model; highly attractive price Completeness Huge database, constantly updated Quality World-class content, provided by our authors and editors All this feedback has driven us to build a new online product: SpringerMaterials The Landolt-Börnstein Database

7 SpringerMaterials Customer Presentation 7 SPRINGERMATERIALS

8 SpringerMaterials Customer Presentation 8 What is SpringerMaterials? SpringerMaterials is the world s largest resource for physical & chemical data in materials science It is a systematic & comprehensive database of selected and critically assessed physical and chemical data. It is based on Landolt-Börnstein, the unique and top-quality data collection in all areas of physical sciences. New content and related databases are added regularly. It consists 250,000 substances & material systems, 3,000 properties, more than 1,200,000 literature citations

9 SpringerMaterials Customer Presentation 9 SpringerMaterials Content 190,000 documents Linus Pauling Files Database on Inorganic Solid Phases The most comprehensive database on inorganic solid phases Structure/diffraction data 123,000 data sheets Phase diagrams 23,000 data sheets Physical properties 44,000 data sheets 44,000 documents REACH GHS RoHS WEEE Chemical Safety Data Registration, Evaluation, Authorization and Restriction of Chemicals Globally Harmonized System Restriction of Hazardous Substances Waste from Electrical and Electronic Equipment. 300,000 data points DDBST Dortmund Data Bank Software & Separation Technology Database on Thermophysical Properties Thermophysical properties of the 50 most important organic liquids plus water and their 1,225 binary mixtures. 100,000 documents Landolt-Börnstein 400 volumes 250,000 substances 1,000,000 citations A systematic and comprehensive evaluation of selected and critically vetted data in all areas of physical sciences, chemistry & engineering 125 years of heritage and expertise

10 SpringerMaterials Customer Presentation 10 Content areas Landolt-Börnstein Particles, Nuclei and Atoms Molecules and Radicals Electronic Structure and Transport Magnetism Semiconductivity Superconductivity Crystallography Thermodynamics Multiphase Systems Advanced Materials, Advanced Technologies Astro- and Geophysics Newly added: Database on Inorganic Solid Phases Database on Thermophysical Properties Chemical Safety Data

11 SpringerMaterials Customer Presentation 11 DDBST Thermophysical Database A subset of DDBST (Dortmund Data Bank Software & Separation Technology) One of most highly recognized thermophysical databases available Very application oriented Included in SM: 50 most important, common organic chemicals plus water and their 1,225 binary mixtures 300,000+ data points Applications Determine how organic chemicals behave under special conditions (i.e. high pressure, heat) Primary audience Chemical Engineers For pure compounds Data on dynamic viscosity Vapor pressure Density Molar heat capacity Heat of vaporization Thermal conductivity Surface tension For properties of mixtures Activity coefficient at infinite dilution Azeotropic/zeotropic information Excess heat capacity Heat of mixing Solid-liquid equilibrium for systems without salts Density and excess volume of mixtures Vapor-liquid equilibrium

12 SpringerMaterials Customer Presentation 12 LPF Inorganic Solid Phases Database The LPF Multinaries Edition Structure/diffraction data (crystallographic data), phase diagrams, physical properties of inorganic solid phases The most comprehensive database on inorganic solid phases All data is normalized and standardized according to the IUCr standards Applications: Data used to get information about the behavior of materials under special conditions If looking for an alloy with certain properties Can find proper composition through phase diagrams and crystallography Primary audience: materials scientists

13 SpringerMaterials Customer Presentation 13 LPF Inorganic Solid Phases Database (Continued) Structure/diffraction data Phase diagrams Physical properties Total Content 123,000 data sheets 23,000 data sheets 44,000 data sheets 190,000 data sheets An additional 64,000 data sheets will be imported March 31, 2011

14 SpringerMaterials Customer Presentation 14 Chemical Safety Data 44,000 documents REACH Registration, Evaluation, Authorisation and Restriction of Chemicals REACH addresses the production and use of chemical substances, and their potential impacts on both human health and the environment. GHS Globally Harmonized System An internationally agreed upon system set to replace the various different classification and labeling standards used in different countries. RoHS Restriction of Hazardous Substances Identifies the restriction on the use of certain hazardous substances in electrical and electronic equipment. WEEE Waste from Electrical and Electronic Equipment Applications May be a government requirement Identifies, recognized potential dangers of a substance (human and environmental) Standardized classification and labeling Collection, recycling and recovery targets information (electrical goods) Information instantly available under one source One less place to look

15 SpringerMaterials Customer Presentation 15 Who should buy SpringerMaterials Academic institutions with research departments in material science, physics, chemistry, and engineering. Corporate libraries in sectors such as: Chemical Companies and Labs, Aerospace and Defense/ Semiconductors/ Chemical Engineering/ Materials Science Companies, Metallurgy, Metals/ Construction and Materials/ Electrical Components and Equipments/ Industrial Machinery/ Mining Government institutions with materials science, physics, and chemistry research departments

16 SpringerMaterials Customer Presentation 16 Who uses SpringerMaterials and Why? Academic Institutions: Researchers Corporations: Employees in R&D Departments Find the expert knowledge needed to reliably design new materials Find out which material offers the most suitable parameters for the research project Evaluate and verify experimental data after concrete measurements and refer to known material parameters Save time by not having to scan and evaluate existing literature on the research topic

17 SpringerMaterials Customer Presentation 17 Features and Benefits for Librarians Springer Materials Contains 250,000 Substances & Material Systems, 3,000 Properties, 1,200,000 Literature Citations So Librarians can... Increase their user productivity by offering one-stop shopping. Is the most comprehensive and timely resource of physical data on the market. Fully international in scope and coverage, the contents have been written and quality-checked by thousands of top scientists. Be confident SpringerMaterials provides useful and authorized information to end users.

18 SpringerMaterials Customer Presentation 18 Features and Benefits for Researchers Springer Materials Contains data equivalent to > 200,000 pages, > 100,000 online documents, > 150,000 figures Has the heritage of Landolt- Börnstein and contains the highest quality content Data is pre-selected and evaluated by thousands of international experts Has Google-like fullt-text search functionalities So researchers can Find the right data all on one platform, pre-selected and evaluated by international experts for their specific research question so they don t need to scan the primary literature themselves. Be sure that whatever data they choose will be the most reliable and most trusted for their work. Find answers quickly for their specific research question and don t need to scan the primary literature themselves. Easily find what they re looking for

19 SpringerMaterials Customer Presentation 19 Business Model Institutional licenses Database / access-only license Annual subscription fee Subscribe to the complete collection Tiered pricing based on institutional size and type (FTE/FTR) Please contact your local Springer sales representative if you are interested in testing SpringerMaterials. Any further questions can be also directed at libraryrelations@springer.com.

20 SpringerMaterials Customer Presentation 20 SITEGUIDE OF THE PLATFORM

21 SpringerMaterials Customer Presentation 21 Homepage Search - Advanced Search - Periodic Table Navigate -Bookshelf -Subject-Area Google-like Full-text Search

22 SpringerMaterials Customer Presentation 22 Advanced Search Advanced Search Search for Substances, CAS Numbers, Bibliography, restricted to Subject Areas, etc

23 SpringerMaterials Customer Presentation 23 Search via Periodic Table Search Result Page Select chemical elements Available content shown

24 SpringerMaterials Customer Presentation 24 Speed Typing Speed Typing offers dynamic list of potential search hits)

25 SpringerMaterials Customer Presentation 25 Navigate via Subject Area Content Selection Page Find your way back Via Bread-crumb trail Select Content Navigation via subject

26 SpringerMaterials Customer Presentation 26 Navigate via Bookshelf Content Selection Page Navigation via Bookshelf offers search by volumes, sub-volumes as in print

27 SpringerMaterials Customer Presentation 27 Search Result Page Number of Documents Found Source of Documents Found

28 SpringerMaterials Customer Presentation 28 COMPARABLE PRODUCTS

29 SpringerMaterials Customer Presentation 29 Comparable Products Publisher Product Name Data Covered Elsevier/GDCh Gmelin Database Inorganic and Organometallic Chemistry; over 2.5 million compounds (coordination compounds, alloys, solid solutions, glasses and ceramics, polymers, minerals) more than 2 million reactions, and 1.1 million citations Elsevier Beilstein Handbook of Organic Chemistry Organic Chemistry information on 9.8 million substances, 10.3 million chemical reactions and 2 million original scientific publications Elsevier Reaxys New workflow tool replaces Beilstein and Gmelin Crossfire combines 3 databases Thieme Science of Synthesis New edition of Houben-Weyl; systematic and critically evaluated review of Synthetic Methods in Organic and Organometallic Chemistry The Institution of Engineering and Technology INSPEC Contains over 10 million bibliographic unevaluated entries and indexing to journal articles, conference proceedings, technical reports and other literature in the fields of engineering science and technology.

30 SpringerMaterials Customer Presentation 30 ADDITIONAL INFORMATION

31 SpringerMaterials Customer Presentation 31 Authentication SpringerMaterials.com supports following authentication methods IP recognition Off-campus/remote access possible. The administrator can give username/password access to individuals within his organization. The administrator needs to register within recognized IP ranges to create individual user accounts; the username for accessing the product offcampus. Username and Password

32 SpringerMaterials Customer Presentation 32 Library Administrator Tools IP ranges will be administrated by our customer support center Download usage statistics: COUNTER BR 2 report Additional usage reports possible Reports for the administrator will be available users on a separate portal