# PolderTensor

The parameters used to define a Polder tensor.

## Example

application = cf.Application.GetInstance()
project = application:NewProject()

-- Create an anisotropic 3D medium using a Polder tensor definition

properties = cf.AnisotropicDielectric.GetDefaultProperties()
properties.TensorDescription = cf.Enums.TensorDescriptionMethodEnum.PolderTensor
-- Dielectric modelling
properties.PolderTensor.RelativePermittivity = "14.5"
properties.PolderTensor.LossTangent = "0.0"
-- Magnetic medium properties
properties.PolderTensor.SaturationMagnetisation = "650.0"
properties.PolderTensor.LineWidth = "0.0"
-- Magnetostatic bias field
properties.PolderTensor.DCBiasField = "220.0"
properties.PolderTensor.FieldDirection = cf.Enums.MagnetostaticFieldDirectionEnum.ZDirected

-- Change the colour to Cyan

anisotropicDielectric.Colour = "#00FFFF"

## Inheritance

The PolderTensor object is derived from the CompositeValue object.

## Usage locations

The PolderTensor object can be accessed from the following locations:

## Property List

DCBiasField
The magnetic bias field applied to the 3D anisotropic medium. This value is given in Oersted. The direction is defined using the FieldDirection enumeration property. (Read/Write ParametricExpression)
FieldDirection
The orientation of the DCBiasField. (Read/Write MagnetostaticFieldDirectionEnum)
LineWidth
The line width or delta H represents the rate that the precessional mode, in the biased ferrite, will decay when the excitation is removed. This is measured in Oersted. (Read/Write ParametricExpression)
LossTangent
Dielectric loss tangent value. (Read/Write ParametricExpression)
RelativePermittivity
Dielectric relative permittivity value. (Read/Write ParametricExpression)
SaturationMagnetisation
The magnetisation value at which all the magnetic dipole moments of the material become aligned. (Read/Write ParametricExpression)

## Property Details

DCBiasField
The magnetic bias field applied to the 3D anisotropic medium. This value is given in Oersted. The direction is defined using the FieldDirection enumeration property.
Type
ParametricExpression
Access
FieldDirection
The orientation of the DCBiasField.
Type
MagnetostaticFieldDirectionEnum
Access
LineWidth
The line width or delta H represents the rate that the precessional mode, in the biased ferrite, will decay when the excitation is removed. This is measured in Oersted.
Type
ParametricExpression
Access
LossTangent
Dielectric loss tangent value.
Type
ParametricExpression
Access