Database for magnetism and properties

In summary, a database of physical properties for compounds can be found at Material Project, MatWeb, and Nist Data Gateway.
  • #1
DeathbyGreen
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Hi,

I'm trying to find a database in which I could enter a chemical formula and then locate a table of physical properties of that compound (or references). For example, whether the material exhibits magnetism, superconductivity, it's crystal structure, curie temperatures, conductivity, or whatever else happens to have been measured. Can anyone point me in the right direction?
 
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  • #3
There is the ICSD that contains around 200,000 different crystal structures http://www2.fiz-karlsruhe.de/icsd_home.html
This is an extremely valuable database and is used all the time by researchers. However, this impressive database is due to the fact that they pay people to scour journals and upload new structures, this is further facilitated by the fact that many journals require that crystal structures be published in a standardized format. Due to the cost of upkeeping and building this data base you will need to pay for a license, which is not very cheap. However, you should check with your university/lab to see if they already have a subscription.

Magnetic crystal structures are a bit of a different story and are not included in the ICSD. As well, whereas the ICSD is important for a wide range of people in both science and industry, the market for people who need to look up magnetic crystal structures is substantially smaller, thus there is no financial enterprise to generate a magnetic analog to the ICSD, there also tends to be less restrictions on how you publish your magnetic order, so it takes a bit more front end effort to aggregate data from different journals and then resupply all of it in a single database with the same standardized format. However, the Bilbao Crystollagraphic Server http://www.cryst.ehu.es/#databasetop does there best to generate something for the community and provide a free database that they have personally collected. Click on the "Crystal Structure" link to expand the options and select the MAGNDATA option. You can then input the elements in your material of interest, cross your fingers, and hope you get a hit.

One trick you can play to get information on the properties of a compound is to look up its MSDS sheet. This is provided for free by companies that synthesize and sell it, such as Sigma-Alderich. You may sometimes find it easier to google the CAS number for a material and then use that to look up different MSDS sheets provided by suppliers. For instance, try googling "cas number for FeO" or "msds for water". Note that the MSDS is focused on listing the safety of a material, but it still includes several useful/general physical properites. It is sometimes useful to look at a few MSDS sheets from different companies
 
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FAQ: Database for magnetism and properties

1. What is a database for magnetism and properties?

A database for magnetism and properties is a collection of organized and structured information about the magnetic and physical properties of various materials. It can include data such as magnetic strength, temperature dependence, and other relevant properties.

2. What types of materials are typically included in a database for magnetism and properties?

A database for magnetism and properties can include a wide range of materials, such as metals, alloys, minerals, and even biological materials. The database may also include information on the magnetic properties of composites and other complex materials.

3. How is the data in a database for magnetism and properties collected?

The data in a database for magnetism and properties is collected through various experimental techniques, such as magnetometry, microscopy, and spectroscopy. Researchers may also contribute their own data to the database through publications or direct submissions.

4. How can a database for magnetism and properties be useful for research?

A database for magnetism and properties can be a valuable resource for research, as it allows for easy access to a large amount of data. Researchers can use the database to compare and analyze different materials, discover patterns and trends, and make predictions for future experiments.

5. Are databases for magnetism and properties publicly accessible?

Many databases for magnetism and properties are publicly accessible, although some may require registration or subscription. Some organizations also have their own private databases for internal use. It is important to check the accessibility and terms of use for each specific database.

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