Petra-M(RF)

EM3D : Frequency domain Maxwell equation in 3D

Domain:

• EM3D_Anisotropic : tensor dielectric
• EM3D_Vac : scalar dielectric
• EM3D_ExtJ : external current
• EM3D_Div : div J = 0 constraints (add Lagrange multiplier)
• EM3D_PML : PML cartesian streaching

Boundary:

• EM3D_PEC : Perfect electric conductor
• EM3D_PMC : Perfect magnetic conductor
• EM3D_H : Mangetic field boundary
• EM3D_SurfJ : Surface current
• EM3D_Port : TE, TEM, Coax port
• EM3D_E : Electric field
• EM3D_Continuity : Continuitiy

Pair:

• EM3D_Floquet : Periodic boundary condition

EM2Da : Frequency domain Maxwell equation in 2D axissymetric space

Domain:

• EM2Da_Anisotropic : tensor dielectric
• EM2Da_Vac : scalar dielectric
• EM2Da_ExtJ : external current
• EM2Da_Div : div J = 0 constraints (add Lagrange multiplier)

Boundary:

• EM2Da_PEC : Perfect electric conductor
• EM2Da_PMC : Perfect magnetic conductor
• EM2Da_H : Mangetic field boundary
• EM2Da_SurfJ : Surface current
• EM2Da_Port : TE, TEM, Coax port
• EM2Da_E : Electric field
• EM2Da_Continuity : Continuitiy

EM2D : Frequency domain Maxwell equation in 2D space

Domain:

• EM2D_Anisotropic : tensor dielectric
• EM2D_Vac : scalar dielectric
• EM2D_ExtJ : external current
• EM2D_PML : PML cartesian streaching

Boundary:

• EM2D_PEC : Perfect electric conductor
• EM2D_PMC : Perfect magnetic conductor
• EM2D_H : Mangetic field boundary (N.I)
• EM2D_SurfJ : Surface current (N.I)
• EM2D_Port : TE, TEM, Coax port (N.I)
• EM2D_E : Electric field
• EM2D_Continuity : Continuitiy

EM1D : Frequency domain Maxwell equation in 1D

Domain:

• EM1D_Anisotropic : tensor dielectric
• EM1D_Vac : scalar dielectric

Boundary:

• EM1D_PEC : Perfect electric conductor
• EM1D_PMC : Perfect magnetic conductor
• EM1D_H : Mangetic field boundary
• EM1D_Port : Surface current
• EM1D_E : Electric field
• EM1D_Continuity : Continuitiy