The Landolt-Börnstein Database

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1 springer.com The world s largest resource for physical and chemical data Unique and Critically Evaluated Data, Updated Quarterly Additional Databases: Inorganic Solid Phases Thermophysical Properties Chemical Safety springermaterials.com CONSULT AN EXPERT!

need for selected and critically evaluated and easily retrievable data at the scientist s desk is now greater than ever.

2 springermaterials.com The world s largest resource for materials data: compiled, written and quality-checked by thousands of experts Due to the current immense production rate of literature and scientific data, the need for selected and critically evaluated and easily retrievable data at the scientist s desk is now greater than ever. SpringerMaterials is based on Landolt-Börnstein (New Series), the unique and top-quality data collection in all areas of physical sciences and engineering. International experts scan the primary literature in more than 8,000 peer-reviewed journals and evaluate and select the most valid information to be included in the database. Researchers save time as they do not need to scan and assess primary literature themselves. Landolt Bornstein in numbers 100,000+ documents online 250,000+ chemical substances 150,000+ figures 1.2 million literature references Landolt Bornstein Content 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 Other integrated Databases Inorganic Solid Phases Linus Pauling Files Thermophysical Properties From the DDBST Chemical Safety Data REACh, GHS, RoHS, WEEE 1 2 Navigate by subject area or bookshelf view Advanced Search, for materials or properties Help section with demos and step by step guides Easy Search Bar with Speed-Typing assist 4

$covering physical properties, phase diagrams, crystallographic data, diffraction data sheets.$ 425,000 datapoints covering organic compounds and their binary mixtures.

425,000 datapoints covering organic compounds and their binary mixtures.

3 springermaterials.com Integrated Databases Inorganic Solid Phases The Complete Linus Pauling Files: 255,000 documents covering physical properties, phase diagrams, crystallographic data, diffraction data sheets. Thermophysical Properties Derived from the Dortmund Database of Separation Technology, it contains 425,000 datapoints covering organic compounds and their binary mixtures. Chemical Safety Data Officially recognized as REACh compliant, SpringerMaterials contains 44,000 documents covering the REACh, GHS, RoHS and WEEE standards for the standards, handling and potential hazards of the materials.

the element systems from the list on the left.

number. Search for a property or within a subject area.

4 springermaterials.com Features The Bookshelf function shows the content as available in print volumes. Select elements from the periodic table, and then click on the element systems from the list on the left. Advanced Search allows searching by common name, formula, CAS number. Search for a property or within a subject area. Supports Boolean operators and wildcard searches. The info page shows a breadcrumb trail along the top, document preview, citation tools, source and related documents.

5 springermaterials.com Reliability of the Landolt Bornstein Database Critically Reviewed by thousands of experts + + Robust search engine with advanced algorithm Updated uarterly, with new databases added regularly Standard File formats, easy to download and export Information at your fingertips! For more details, visit springer.com/springermaterials SpringerMaterials a Modern Web Database Why Use SpringerMaterials? Intelligent content retrieval Enriched metadata backbone Deep indexing Thesaurus-enabled data mining Multidimensional content classification Benefits for Libraries Increase your users productivity by offering a huge amount of critically evaluated data that cannot be found elsewhere Be confident SpringerMaterials provides useful and authorized information to end users Libraries that possess a collection of Landolt-Börnstein printed volumes now have a powerful tool to search content electronically Monitor usage and see the benefit of their investment Ensures anytime access to the latest and most complete version of data Multi-user 24/ access

6 springermaterials.com The world s largest resource for physical and chemical data SpringerMaterials License Models and Availability SpringerMaterials is available as a subscription database to the complete collection. Access is available on springermaterials.com through IP authentication as well as username/password. Usage Statistics COUNTER Book Report 2 compliant. Trials New customers are eligible for a 60-day trial. Ordering & Fulfillment Information Please contact your local Springer representative or write an to libraryrelations@springer.com. Find your local Springer representative at springer.com/salescontacts ABCD springer.com Would you like to know more? Contact Springer today. Visit springer.com/salescontacts to find your local Springer representative! CONTACT US! 01411x 2011 Springer 10/11 V2942R / SM-01B

Springer Materials ABC. The world s largest resource for physical and chemical data in materials science. springer.com. Consult an Expert!

Springer Materials ABC. The world s largest resource for physical and chemical data in materials science. springer.com. Consult an Expert! ABC springer.com Springer Materials The world s largest resource for physical and chemical data in materials science The complete Landolt-Börnstein New Series Additional Databases and Selected Handbooks