intercalation

To insert ions into layered materials for battery electrode design, you can use an automated intercalation workflow to fetch a host, generate a supercell, and apply intercalants like Li, Na, or Mg. This prepares the structure for subsequent relaxation and voltage estimation.

Supported layered host materials for ion intercalation workflows include common structures such as LiCoO2, MoS2, and MXenes. These hosts allow researchers to model intercalant insertion and predict stability across various electrode chemistries.

You can estimate battery voltages after intercalating atoms into a host structure by integrating the intercalation workflow with voltage calculation tasks. This process involves fetching the host, applying the intercalant, relaxing the structure, and then running the voltage estimation.

The best way to automate interlayer space intercalation for catalysis design is using a dedicated workflow engine that handles structure preparation, intercalant placement, and verification. This avoids manual, error-prone placement when modifying layered host materials.

The intercalation workflow supports explicit parameter control for supercell generation, intercalant placement, and structural verification. This allows precise adjustments when preparing layered materials for relaxation and voltage calculation tasks.