An essential tool for the study and development of new materials, ACerS-NIST Phase Equilibria Diagrams products provide trustworthy information in a convenient package that you can’t find anywhere else. Reduce research time and avoid costly experimentation when you consult ACerS-NIST critically-evaluated phase diagrams for ceramic systems.

• Phase Equilibria Diagrams CD-ROM Database Version 3.3
  • Order Free Demo & Cumulative Index CD-ROM
  • Features more than 23,000 phase diagrams, offers full commentary text and diagram diagram display, and includes 900 new figures and 1400 new phase diagrams.
• Phase Equilibria Diagrams Online & Library Subscriptions
  • Access Phase Online Demo
  • Features more than 23,000 phase diagrams, offers full commentary text and diagram diagram display, and includes 900 new figures and 1400 new phase diagrams.
• Phase Equilibria Diagrams Books
• Phase Equilibria Diagrams Topical CD-ROMs

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Call for Contributing Editors

Earn recognition and compensation for critically evaluating phase equilibria diagrams for ACerS-NIST. Knowledge in foreign languages including German, French, Chinese and Japanese is a plus. Learn more!

Need more information on Phase Diagrams for Ceramic Systems?

Visit the Frequently Asked Questions section to learn more about ceramic phase diagram systems. Download General Discussions of Phase Diagrams for additional free information on phase diagrams. General Discussion of Phase Diagrams was written by F.P. Hall, H. Insley, E.M. Levin, H.F. McMurdie and C.R. Robbins and is from Phase Diagrams for Ceramists, Volume I; edited by E.M. Levin, C.R. Robbins and H.F. McMurdie, pages 5-36, 1964.

History of ACerS-NIST Phase Equilibria Diagrams

For more than 60 years, ACerS and NIST have collaborated on the publishing of critically evaluated Phase Equilibria Diagrams for Ceramic Systems. The program goal is to support growth and progress in the ceramics industries by providing relevant critically evaluated phase diagrams for oxides, salts, carbides, nitrides, borides, compound semiconductors and chalcogenides. Download the brochure for details.