Materials Project Documentation
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  • Introduction
  • Frequently Asked Questions (FAQ)
    • Glossary of Terms
  • Changes and Updates
    • Database Versions
    • Website Changelog
  • Documentation Credit
  • Community
    • Getting Help
    • Getting Involved
      • Contributor Guide
      • Potential Collaborators
      • MP Community Software Ecosystem
    • Community Resources
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  • Services
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  • Methodology
    • Materials Methodology
      • Overview
      • Calculation Details
        • GGA/GGA+U Calculations
          • Parameters and Convergence
          • Hubbard U Values
          • Pseudo-potentials
        • r2SCAN Calculations
          • Parameters and Convergence
          • Pseudopotentials
      • Thermodynamic Stability
        • Energy Corrections
          • Anion and GGA/GGA+U Mixing
          • GGA/GGA+U/r2SCAN Mixing
        • Phase Diagrams (PDs)
        • Chemical Potential Diagrams (CPDs)
        • Finite Temperature Estimation
      • Electronic Structure
      • Phonon Dispersion
      • Diffraction Patterns
      • Aqueous Stability (Pourbaix)
      • Magnetic Properties
      • Elastic Constants
      • Piezoelectric Constants
      • Dielectric Constants
      • Equations of State (EOS)
      • X-ray Absorption Spectra (XAS)
      • Surface Energies
      • Grain Boundaries
      • Charge Density
      • Suggested Substrates
      • Related Materials
      • Optical absorption spectra
      • Alloys
    • Molecules Methodology
      • Overview
      • Calculation Details
      • Atomic Partial Charges
      • Atomic Partial Spins
      • Bonding
      • Metal Coordination and Binding
      • Natural Atomic and Molecular Orbitals
      • Redox and Electrochemical Properties
      • Molecular Thermodynamics
      • Vibrational Properties
      • Legacy Data
    • MOF Methodology
      • Calculation Parameters
        • DFT Parameters
        • Density Functionals
        • Pseudopotentials
        • DFT Workflow
  • Apps
    • Explore and Search Apps
      • Materials Explorer
        • Tutorial
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        • Tutorial
        • Legacy Data
      • Battery Explorer
        • Background
        • Tutorial
      • Synthesis Explorer
        • Background
        • Tutorial
      • Catalysis Explorer
        • Tutorial
      • MOF Explorer
        • Downloading the Data
        • Structure Details
          • QMOF IDs
          • Structure Sources
          • Finding MOFs by Common Name
          • Structural Fidelity
        • Property Definitions
          • SMILES, MOFid, and MOFkey
          • Pore Geometry
          • Topology
          • Electronic Structure
          • Population Analyses and Bond Orders
          • Symmetry
        • Version History
        • How to Cite
    • Analysis Apps
      • Phase Diagram
        • Background
        • Tutorials
        • FAQ
      • Pourbaix Diagram
        • Background
        • Tutorial
        • FAQ
      • Crystal Toolkit
        • Background
        • Tutorial
        • FAQ
      • Reaction Calculator
      • Interface Reactions
    • Characterization Apps
      • X-ray Absorption Spectra (XAS)
    • Explore Contributed Data
  • Downloading Data
    • How do I download the Materials Project database?
    • Using the API
      • Getting Started
      • Querying Data
      • Tips for Large Downloads
      • Examples
      • Advanced Usage
    • Differences between new and legacy API
    • Query and Download Contributed Data
    • AWS OpenData
  • Uploading Data
    • Contribute Data
  • Data Production
    • Data Workflows
    • Data Builders
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  1. Apps
  2. Explore and Search Apps
  3. Materials Explorer

Tutorial

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Last updated 1 year ago

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Basic search for a material in the MP database

1.

2. Type the search criteria such as the composition, chemical formula or mp-id in the search box or click the elements from the periodic table below the search box

Step 2 screenshot

3. Use the filters in the left to filter the search results

4. Click on Search

5. Click on Columns to select what properties to show for the search results

6. Click on the mp-id to go to the material page

7. Use the right tool bar on the to change the visualization settings and export the structure file

8. To download the structure, click "Export as"

9. A summary of material properties is shown in the right

10. An auto-generated description of the material from generated using Robocrystallographer (https://github.com/hackingmaterials/robocrystallographer)

11. Click on Crystal Structure to look at the basic structure information

12. Click on Properties to look at the materials properties

See the Methodology section for how these properties were calculated

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Methodology
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