Excellent source for engineering and property data for many metals.
This resource features extensive engineering and property data for materials of all types. It contains the fulltext of several ASM handbooks including the Metals Handbook and the Engineered Materials Handbook.
Compilation of critically evaluated materials science data, from thermodynamics to physical properties.
SpringerMaterials is based on the Landolt-Börnstein New Series, the unique, fully evaluated data collection in all areas of physical sciences and engineering. SpringerMaterials also comprises the Dortmund Data Bank Software & Separation Technology, a Database on Thermophysical Properties and the Linus Pauling Files, a Database on Inorganic Solid Phases and chemical safety data. SpingerMaterials is expanded and updated on a quarterly basis and offers advanced search & navigation functionalities.
Provides access to reaction and other chemical data for organic and other materials.
Reaxys provides properties and reactions data for organic, inorganic, and organometallic chemicals. The database is searchable by chemical structures, reactions, specific properties, and literature references. Data are obtained from journal articles and chemical patents.
(University of Arizona Science Reference Room) – this page is an index to selected library and internet resources that contain chemical, physical, thermodynamic, mechanical, toxicological, and safety data.
QC481.A42 sets 1-66
Materials Characterization Lab staff have access to an electronic version. Penn Staters may request a search of this database; contact Linda Musser, EMS Library, for more information.
A database of various mineral structures from major mineralogy sources.
Inorganic Crystal Structure Database (ICDD) - the Libraries does not have access to this resource however staff at the Materials Characterization Lab do. Penn Staters may request a search from MCL staff. Contact Linda Musser, EMS Library for more information.
A collection of more than 140,000 sample entries of data on inorganic thin-film materials for advanced energy research from the National Renewable Energy Laboratory. The entries offer “details about the structural, chemical, and optoelectronic properties of the materials, and their synthesis conditions.