Based on the 400-volume Landolt-Brnstein New Series, SpringerMaterials is an extensive collection of fully evaluated physical and chemical property data for engineers and physical scientists. SpringerMaterials includes thermophysical properties of common components and mixtures; a data collection on inorganic solid phases, covering crystallographic data, phase diagrams, diffraction patterns, and physical properties; and a collection of chemical safety documents.
The Materials Project was created to accelerate materials discovery through advanced scientific computing and innovative design tools. By computing properties of all known materials, the e-science site aims to remove guesswork from materials design in a variety of applications.
The Materials Project wants to promote materials discovery through advanced scientific computing and innovative design tools, which include: Materials Explorer, Phase Diagram App, Lithium Battery Explorer, Reaction (Enthalpy) Calculator, Crystal Toolkit, Structure Predictor, Band Structure and Density of State App. (Register for free, full access to all the tools.)
a multidisciplinary index to the journal literature of the sciences. It fully indexes over 6,650 major journals across 150 scientific disciplines and includes all cited references captured from indexed articles.