Materials
- Advanced and custom optical material models in FDTD and MODE
- Alloy material model properties
- C (graphene) - Falkovsky (mid-IR) material model
- Creating and modifying electrical materials from a script
- Creating and modifying optical materials from a script
- Creating and modifying thermal materials from a script
- Creating anisotropic optical materials in FDTD and MODE
- Creating new sampled data materials in FDTD
- Electrical/Thermal material models in CHARGE, HEAT, and MQW
- Flexible Material Plugin Framework
- Fluid material model properties
- Graded Optical Alloys
- Graphene surface conductivity material model
- Layer Repetitions in RCWA
- Material Database in FDTD and MODE
- Material Database in Lumerical Multiphysics (CHARGE, HEAT, DGTD, FEEM, MQW)
- Optical material models in DGTD and FEEM
- Semiconductor Material Model Properties
- Setting the alloy mole fraction
- Standard optical conductivity material models in FDTD and MODE
- Standard optical permittivity material models in FDTD and MODE
- Tips and background information when using grid attributes
- Tips and simple example for using the analytic material model in FDTD
- Tips for creating a new alloy material
- Tips for creating a new semiconductor material
- Tips for improving the quality of optical material fits
- Tips for using the (n,k) material model in FDTD
- Understanding band offsets in heterostructures
- Understanding mesh order for overlapping objects
- Using the Material Explorer to view and adjust optical material models