A long-selling Unipos phase equilibrium database of materials necessary for research and design in the fields of materials science and engineering.ACerS-NIST Phase Equilibria Diagrams Database"New version of"version 5.2“has been released.
ACerS-NIST Phase Equilibria Diagrams Database?
Developed as a joint project between the National Institute of Standards and Technology (NIST) and the American Ceramics Society (ACerS), it is the largest collection of data on the composition, phase structure, and phase transition temperature of inorganic materials. PHASE is collected from critically appraised literature dating back to 1898.
Available material systems
- Oxide systems and mixed systems containing oxides such as electrodes, catalysts, electroceramics, magnetoresistives, thermistors, capacitors, nuclear fuel/waste, ionic conductors, etc.
- Chalcogenides such as sulfides and selenides used in thermoelectronics, optoelectronics, solar power generation, etc.
- Pnictide-based materials such as nitrides and arsenic used in optical materials, sensors, detectors, solar power generation, etc.
- Actinides and rare earths including U, Th, Pu, Ce, Eu, and Gd (for nuclear material research, luminescence, etc.)
- Oxycations such as molybdates and vanadates
- Semiconductors – Si, Ge, Sn
- Group 3 elements – B, Al, Ga, In, Tl
- Group 4 elements – carbides, high-temperature silicides
- Glass-based – silicates, borosilicate
- salts and minerals
Main uses
The ACerS-NIST Phase Equilibria Diagrams Database is widely used for the design, development, and manufacturing process optimization of ceramics and inorganic materials. By using this database, you can do the following:
- Understanding material interactions: Evaluate and deepen understanding of temperature-dependent interactions between ceramics and inorganic materials
- Material design and development: Design and develop new ceramics and inorganic materials based on correlation data
- Prediction of material properties: Predict material properties and behavior from phase diagram data
- Material process optimization: Optimize and improve manufacturing processes by understanding the interrelationships of materials
In addition, these utilization methods are useful not only for developing new materials and improving existing materials, but also for product quality control and quality assurance activities. Furthermore, investigating and understanding the phase diagram of ceramics is another important use of this database.
NIST31 update content
Version 5.2 adds hundreds of new diagrams and new expert commentary focused on sustainability and clean energy generation.
- Added 171 diagrams, 767 phase diagrams, and over 200 new material system information
- Addition of new chemical systems and diagrams to help improve various applications
- Diagrams can be analyzed using PED Viewer
- Improved browser-based programming for easier operation and maintenance
- Online users can use any OS (no Java required) *
*For the USB version, a PC with Windows IS is still required.
Included
- The largest database of charts and tables
| Version | number |
| 5.2 PHASE | Over 33,000 items |
| 5.1 PHASE | Over 31,000 items |
| 5.0 PHASE | Over 30,000 items |
- User-friendly, easy-to-use search function
- PDF file with diagrams and explanations (can be printed at the same resolution as the book)
- Comes with analysis software that calculates material composition and temperature directly from the diagram.
- Available in both single-user and multi-user versions
For the latest information, please refer to the manufacturer's page below.
ACerS(The American Ceramic Society)
https://ceramics.org/publications-resources/phase-equilibrium-diagrams/
*We also accept inquiries about upgrades.
Also, please let us know the NIST product name and product URL you want, not just the above products.We will investigate and let you know.
* Tegara solves all worries about introducing overseas software with "No cost at all in case of trouble!" "No need to communicate with overseas manufacturers. Tegara reception, immediate response!" The original support pack "Anshin+ ” is also available.Please see the following page for details.
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■ Click here for product details and inquiries ACerSNIST Phase Equilibria Diagrams Database | Ceramics Phase Equilibria Diagrams Database
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