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Comprehensive Insights into SpringerMaterials and Landolt-Börnstein Databases

SpringerMaterials offers an extensive resource for researchers, featuring over 200,000 pages and 100,000 online documents including thermophysical properties and chemical safety regulations like REACH, GHS, and RoHS. The Landolt-Börnstein collection systematically evaluates over 250,000 chemical substances since 1883. With tools for quick data access, users can efficiently navigate vast amounts of information covering inorganic solid phases, phase diagrams, and safety data. Discover optimized experimental setups and best practices across various materials research topics.

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Comprehensive Insights into SpringerMaterials and Landolt-Börnstein Databases

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  1. Rainer MünzStefan Scherer www.springermaterials.com

  2. What‘s in SpringerMaterials? Landolt-Börnstein Databases:– Inorganic Solid Phases– Thermophysical Properties Chemical Safety:– REACH – GHS– RoHS, WEEE More to come …

  3. What is Landolt-Börnstein? • > 200,000 pages | > 100,000 online documents | > 150,000 figures • > 250,000 chemical substances | > 1,200,000 literature references • Systematic and comprehensive evaluation of data by renowned authors and editors (… since 1883)

  4. 200,000 pages = 400 Volumes = 24 m piled up • Hammering Manat the Frankfurt Fair OR

  5. What does “critically evaluated” mean? Best result Temperature measurements Journal article cited in SpringerMaterials. Now more than 1,200,000 citations Included! Editors & Authors • Pick best results • Describe optimal • experimental set-up • Explain best practise • Give physico-chemical • background information • Pick best results • Describe optimal • experimental set-up Paper 1, published by Paper 2, published by Paper 3, published by Paper 4, published by

  6. ca. 100,000 online documents from “Landolt-Börnstein”

  7. PDF Documents • Info Documents

  8. Actual Documents Subscription Required Figures Text Tables

  9. Free-access Info Documents

  10. Database onInorganic Solid Phases“Linus Pauling File” • Physical Properties (44,000 Data Sheets) • Structure/Diffraction Data (123,000 Data Sheets) • Phase Diagrams (23,000 Data Sheets)

  11. „Inorganic Solid Phases“: Overview of Relevant Data Sheets

  12. Actual Data Sheet

  13. Database onThermophysical PropertiesSubset of the DDBST / Dortmund Data Bank Software & Separation Technology • Thermophysical Properties of 50 Organic Liquids + Water and their 1225 Binary Mixtures

  14. „Thermophysical Properties“:Overview of Available Data

  15. Actual Data Sheet Data available as CSV File

  16. Chemical Safety Data(44,000 Documents) • REACH (Registration, Evaluation, Authorization and Restriction of Chemicals • GHS (Globally Harmonized System) • RoHS (Restriction of Hazardous Substances) • WEEE (Waste from Electrical and Electronic Equipment)

  17. Chemical Safety Data • 44,000 documents on REACH | GHS | RoHS | WEEE • Identifies recognized potential dangers of a substance • Standardized classification and labeling • European Union Regulation requires all companies manufacturing or importing /exporting chemical substances to/from the European Union in quantities of > 1 t/a to register at European Chemicals Agency (ECHA) • SpringerMaterials has been official identified as a REACH compliant provider by the European Chemicals Agency (ECHA) • Information instantly available under one source – one-stop shopping

  18. Actual Safety Document

  19. Summary

  20. SpringerMaterials in a Nutshell Database on Inorganic Solid Phases “Linus Pauling Files” ca. 190,000 documents Chemical Safety Data REACH | GHS | RoHS | WEEE ca. 44,000 documents Database on Thermophysical Properties “Dortmund Data Bank Software & Separation Technology”ca. 300,000 data points “Landolt-Börnstein”ca. 100,000 documents

  21. SpringerMaterials Users’ benefits … • Researcher is given the task to replace thick zinc coating with a zinc-manganese coating to prevent corrosion on car bodies • Formulated theory on best composition of the compound • After testing, result opposite of what was expected • Searched for phase diagram to find out why • After 6 weeks of searching found a Xerox copy of an original article published in an obscure German journal from 1948! • More questions followed as to the crystallography of the compound • 2 more weeks of searching in another source to find answer • With SpringerMaterials : • 30 seconds to search and find!

  22. How to use …

  23. magnetic susceptibility| 3 4 2 magnetic susceptibility| 2 1 1 • Search • Navigate

  24. Navigate: • Subject Areas • Bookshelf

  25. Select Subject Area

  26. Select Content • Select Subject Area

  27. Bread-crumb Trail • Select Document

  28. Select InfoDoc

  29. Navigation via Bookshelf Volumes, Sub-Volumes as in Print Pick Volume

  30. Browse Table of Contents

  31. Search: • Google-like • Periodic Table • Advanced Search

  32. Number of Documents Found Source of Documents Found

  33. „Landolt-Börnstein“ Content:Search Hit Highlighted

  34. „Inorganic Solid Phases“: Overview of Relevant Data Sheets

  35. Actual Data Sheet

  36. „Thermophysical Properties“: Data Sheet Found

  37. „Thermophysical Properties“:Overview of Available Data

  38. Actual Data Sheet Data available as CSV File

  39. Available Content

  40. Advanced Search Search for Substances, CAS Numbers, Bibliography, restricted to Subject Areas, etc.

  41. Speed Typing for Substances: Dynamic List of Potential Search Hits

  42. Speed Typing for CAS Numbers: Dynamic List of Potential Search Hits

  43. Speed Typing for Bibliography: Dynamic List of Potential References

  44. Speed Typing for Substance Names: Dynamic List of Potential Search Hits

  45. Actual Safety Document

  46. Search Benefits in a Nutshell

  47. ? Number of Documents Found ? ? ? ? ?

  48. ? ? Number of Documents Found ?

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