| Official site | https://materials.springer.com |
|---|---|
| Openness | ★★★ |
| License |
Primarily provided under a paid subscription or institutional license (terms vary depending on the contract). For detailed usage conditions, refer to the license agreement or user terms provided by each subscribing institution. |
| Core Developers |
Springer Nature（Springer Nature Switzerland AG） |
| Availability |
Web-based service accessible via standard web browsers (no dedicated installation required). Supported OS: OS-independent (Windows, macOS, Linux, etc., as long as a modern web browser is available) |
| Related Papers |
Major data sources integrated into SpringerMaterials include Landolt-Börnstein (authoritative materials property data), Linus Pauling Files, MSI Eureka, and the Polymer Thermodynamics Database. For specific citations, users should refer to the original references recommended within each SpringerMaterials record. |
| Related Sites |
Springer Materials
Springer Materials is an online platform that provides systematically organized and highly reliable property data for materials science, physics, chemistry, and engineering. Operated by Springer Nature, it is distinguished by its extensive collection of experimental and theoretical data, particularly from the Landolt-Börnstein series. It offers searchable and visualizable data for a wide range of physical properties, such as thermal conductivity, specific heat, Young’s modulus, electrical resistivity, and magnetic susceptibility. The platform allows flexible searches by material composition, name, or target property, and provides well-documented sources for all data. As a result, it is widely used in both academic and industrial settings as a trusted reference for research and design.
- Information
- Case / Article
- Learning Content
- Review
- Developer’s Voice