List of Field Quantities in 2D Extractor

The following field quantities are available in 2D Extractor, depending on the solution.

Phi
Mag_Phi	The magnitude of Phi.
PhiAtPhase	The real part of Phi at a particular value of phase.
E
VectorE	The electric field. This is a complex vector quantity.
Mag_E	The magnitude of E.
J
Mag_Jcg	The magnitude of Jcg.
VectorJcg	The conduction current density vector. This is the material conductivity multiplied by the electric field vector E.
Other
EnergyCG	The energy density of the electric fields.

A
VectorA	The magnetic vector potential. This is a complex vector quantity.
Flux_Lines	A plot showing contours of constant magnitude of A.
B
VectorB	The magnetic flux density vector. This is a complex vector quantity.
Mag_B	The magnitude of B.
H
VectorH	The magnetic field vector. This is a complex vector quantity.
Mag_H	The magnitude of H.
J
VectorJrl	The conduction current density.
Jrl	The magnitude of VectorJrl.
Other
Emloss	In RL solution, emloss combines the ohmic loss and dielectric loss. Emloss is represented by:
EdgeLossDensity	Edge loss density represents losses associated with impedance boundary applied on conductive surfaces on the boundary of the solution domain or on surface of excluded objects. It assumes an exponential spatial decay (toward the interior of the respective material) of induced current magnitudes and of associated losses. Integrating the loss along the edge produces the entire loss associated with the "edge." It is represented by:
EnergyRL	The energy density of the magnetic fields, as represented by:
Temperature_RL	Temperature distribution imported from a thermal solver such as Ansys Mechanical.