Boundary Mode Analysis | | | |
Eigenfrequency | | | |
Frequency Domain | | | |
Frequency-Domain Modal | | | |
Wavelength Domain | | | |
Boundary Mode Analysis | | | |
Eigenfrequency | | | |
Frequency Domain | | | |
Frequency-Domain Modal | | | |
Mode Analysis | | | |
Wavelength Domain | | | |
Time Dependent | | | |
Eigenfrequency | | | |
Time Dependent | | | |
Time-Dependent Modal | | | |
Bidirectionally Coupled Ray Tracing | | | |
Ray Tracing | | | |
Bidirectionally Coupled Ray Tracing | | | |
Ray Tracing | | | |
Eigenfrequency | | | |
Frequency Domain | | | |
Electric Field | | | |
Field Continuity | | | |
Magnetic Field | | | |
Matched Boundary Condition | | | |
Perfect Electric Conductor | | | |
Perfect Magnetic Conductor | | | |
Periodic Condition | | | |
Port | | | |
Scattering Boundary Condition | | | |
Surface Current | | | |
Electric Field | | | |
Lumped Element | | | |
Lumped Port, Including Connection to Electrical Circuit | | | |
Magnetic Field | | | |
Perfect Electric Conductor | | | |
Perfect Magnetic Conductor | | | |
Periodic Condition | | | |
Port | | | |
Scattering Boundary Condition | | | |
Surface Current Density | | | |
Two-Port Network | | | |
Impedance Boundary Condition | | | |
Surface Roughness | | | |
Transition Boundary Condition | | | |
Surface Current Density | | | |
Surface Roughness | | | |
Electric Field | | | |
Flux/Source | | | |
Low-Reflecting Boundary | | | |
Magnetic Field | | | |
Perfect Electric Conductor | | | |
Perfect Magnetic Conductor | | | |
Surface Current Density | | | |
Lumped Element | | | |
Lumped Port, Including Connection to Electrical Circuit | | | |
Magnetic Field | | | |
Perfect Electric Conductor | | | |
Perfect Magnetic Conductor | | | |
Periodic Condition | | | |
Scattering Boundary Condition | | | |
Surface Current | | | |
Accumulator | | | |
Circular Wave Retarder | | | |
Deposited Ray Power | | | |
Grating with Diffraction Orders | | | |
Ideal Depolarizer | | | |
Linear Polarizer | | | |
Linear Wave Retarder | | | |
Material Discontinuity | | | |
Mueller Matrix | | | |
Thin Dielectric Film | | | |
Wall | | | |
Diffuse Scattering | | | |
Disappear | | | |
Freeze | | | |
General Reflection | | | |
Mixed Diffuse and Specular Reflection | | | |
Pass Through | | | |
Specular Reflection | | | |
Stick | | | |
Absorbing Boundary | | | |
Incoming Wave | | | |
Lumped Port | | | |
Open Circuit | | | |
Short Circuit | | | |
Terminating Impedance | | | |
Anisotropic Material | | | |
Linearized Resistivity | | | |
Debye Dispersion | | | |
Dielectric Losses | | | |
Drude-Lorentz Dispersion | | | |
Loss Tangent | | | |
Refractive Index | | | |
Relative Permittivity | | | |
Sellmeier Dispersion | | | |
Magnetic Losses | | | |
Relative Permeability | | | |
Anisotropic Material | | | |
Porous Media and Mixture Materials | | | |
Archie’s Law | | | |
Linearized Resistivity | | | |
Debye Dispersion | | | |
Dielectric Losses | | | |
Drude-Lorentz Dispersion | | | |
Loss Tangent | | | |
Refractive Index | | | |
Relative Permittivity | | | |
Sellmeier Dispersion | | | |
Magnetic Losses | | | |
Relative Permeability | | | |
Anisotropic Material | | | |
Anisotropic Material | | | |
Porous Media and Mixture Materials | | | |
Archie’s Law | | | |
Linearized Resistivity | | | |
Drude-Lorentz Dispersion Model | | | |
Polarization | | | |
Refractive Index | | | |
Relative Permittivity | | | |
Remanent Electric Displacement | | | |
Magnetization | | | |
Relative Permeability | | | |
Remanent Flux Density | | | |
Touchstone File Export | | | |
S-Parameter Matrix Calculation | | | |
S, Y and Z parameter conversions | | | |
Continuity (pair) | | | |
Electric Field (pair) | | | |
Perfect Electric Conductor (pair) | | | |
Perfect Magnetic Conductor (pair) | | | |
Surface Current (pair) | | | |
Continuity (pair) | | | |
Edge Current (edge) | | | |
Electric Field (pair) | | | |
Electric Point Dipole (point) | | | |
Magnetic Current (edge) | | | |
Magnetic Point Dipole (point) | | | |
Perfect Electric Conductor (pair) | | | |
Perfect Magnetic Conductor (pair) | | | |
Surface Current (pair) | | | |
Continuity (pair) | | | |
Continuity (pair) | | | |
Edge Current (edge) | | | |
Electric Point Dipole (point) | | | |
Magnetic Point Dipole (point) | | | |
Perfect Electric Conductor (pair) | | | |
Perfect Magnetic Conductor (pair) | | | |
Surface Current (pair) | | | |
Continuity (pair) | | | |
Auxiliary Dependent Variables | | | |
Calculation of Ray Intensity and Polarization | | | |
Corrections for Strongly Absorbing Media | | | |
Illuminated Surface | | | |
Inlet | | | |
Nonlocal Accumulator | | | |
Optical Path Length Calculation | | | |
Phase Calculation | | | |
Ray Properties | | | |
Ray Tracing in Unmeshed Domains | | | |
Release | | | |
Release from Data File | | | |
Release from Edge | | | |
Release from Grid | | | |
Release from Point | | | |
Solar Radiation | | | |
Ray Release Distributions | | | |
Conical | | | |
Expression | | | |
Hemispherical | | | |
Spherical | | | |
In-Plane Vector | | | |
Out-of-Plane Vector | | | |
Three-Vector | | | |
Infinite Domain Modeling with Perfectly Matched Layer | | | |
Polarization | | | |
Wave Equation, Beam Envelopes | | | |
Bidirectional | | | |
Unidirectional | | | |
External Current Density | | | |
Infinite Domain Modeling with Perfectly Matched Layer | | | |
Polarization | | | |
Far-Field Domain | | | |
Far-Field and Directivity Calculation | | | |
Wave Equation, Electric | | | |
Full Field Formulation | | | |
Scattered Field Formulation | | | |
Electric Current Desity | | | |
Infinite Domain Modeling with Absorbing Layer | | | |
Magnetic Current Density | | | |
Wave Equation, Electric and Magnetic | | | |
Wave Equation, Electric | | | |
Drude-Lorentz Polarization | | | |
Accumulator | | | |
Deposited Ray Power | | | |
Medium Properties | | | |
Ray Heat Source | | | |
Transmission Line Equation | | | |