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Initial release of Materials Explorer.

In Materials Project we offer 5 options to explore materials: by elements, by formula, by IDs, by mpquery and by Structure.

Key features

By Elements

The following example is to show you how to query the materials by assigning the elements in the materials. Let's say you want to find all the materials that contain Li, Al and O. In the search box, simply type Li-Al-O and search. You would see the following searching results. by_elements example

by_elements example_results

Figure 1: Exploring materials that contain Li, Al and O.

By formula

If you have a specific material in mind, you can also explore the materials by its formula. For example, to search all the LaAlO3, change the search option to by Formula and type LaAlO3. by_formula example

Figure 2: Exploring all the LaAlO3 materials.

By IDs

If you know the mp id of the material, you can search it by ID. You can also search multiple IDs at the same time. Change the search option to by IDs and type the mp IDs that you are looking for. by_ids example

Figure 3: Exploring specific materials by their mp IDs.

By mpquery

In addition to the previous three basic explore options, Materials Project also provides an advanced query option by mpquery, using Mongo-like language for flexible queries on the Materials Project database. This provides the possibility of queries which would otherwise not be possible using the other simpler REST forms. For example, to search all the iron oxides and manganese oxides, change the search option to by mpquery and type {'elements':{'$in':['Fe', 'Mn'], '$all': ['O']}, 'nelements':2}. by_mpquery example

Figure 4: Exploring materials by using Mongo-like language for flexible queries.

By Structure

Additionally, if you already have structure but need to know the materials properties, such as band gap and formation energy, from the Materials Project database, you can change the search option to by Structure and drag and drop your structure file in the grey box. by_structure example

Figure 4: Exploring materials by using Mongo-like language for flexible queries.