AFLOWlib.org

Step 1: Search AFLOWlib.org for materials containing specific elements (e.g., Si, Cd, Te).

Step 2: Filter results based on the desired band gap range (e.g., 1.0-1.5 eV).

Step 3: Examine the crystal structures and electronic properties of the candidate materials.

Step 4: Download the data for further analysis and experimental validation.

Step 1: Search AFLOWlib.org for materials with high elastic modulus.

Step 2: Filter results based on material composition and crystal structure.

Step 3: Evaluate the mechanical properties of the candidate materials.

Step 4: Select materials that meet the required strength and stiffness criteria.

Step 1: Input the alloy composition into AFLOW.

Step 2: Run a calculation to determine its formation energy.

Step 3: Compare the formation energy to known stable compounds.

Step 4: Evaluate the likelihood of the alloy forming under specific conditions.

Step 1: Search AFLOWlib.org for materials with specific electronic properties.

Step 2: Filter results based on Seebeck coefficient and electrical conductivity.

Step 3: Examine the thermoelectric figure of merit (ZT) of the candidate materials.

Step 4: Select materials with high ZT values for further investigation.

Step 1: Search AFLOWlib.org for the specific complex oxide.

Step 2: Download the electronic band structure data.

Step 3: Visualize the band structure to identify key features (e.g., band gap, band edges).

Step 4: Relate the band structure to the material's electronic properties and potential applications.