Trial access to SpringerMaterials starts today and ends on 2nd May.
Please go to http://materials.springer.com/ (access within the University of Cambridge only) to get access to the complete database, which has been specifically designed to save you a LOT of time when searching for materials properties.
Please send your valuable feedback on this resource to Clair Castle, Librarian at the Department of Chemistry, at email@example.com.
About the database:
SpringerMaterials is a comprehensive database for identifying materials properties and covers data from materials science, physics, physical and inorganic chemistry, engineering and other related fields.
Vast collection of quality content:
- Covering multiple material types, property classes and applications.
Interactive functionality saving time:
- Interactive crystal structures, data tables, phase diagrams, and fast data export are tools help save critical time and provide deep insights into material structures and properties.
Materials science related search options:
- Multiple search tools to quickly find material property data.
Trusted and curated resource:
- Thousands of materials science experts around the globe work to ensure the high quality of the platform.
How SpringerMaterials helps researchers:
- Access the most comprehensive and multidisciplinary collection of materials and chemical properties with extensive coverage of all major topics in materials science and related disciplines.
- Take advantage of the best and most trusted materials science sources such as Landolt Börnstein data on a single platform. Comprising journals, books and standalone data sets.
- Save time with accurate and efficient search results using multiple specialized search and result refinement functions.
- Take advantage of interactive functionalities to analyze, manipulate and visual different data types quickly.
- Integrate materials data types easily in your research workflow with data export in standard formats.