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 anisotropicDielectric = project.Definitions.Media.AnisotropicDielectric:AddAnisotropicDielectric(properties) -- 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:
- Methods
- PolderTensorList object has method Append().
- PolderTensorList object has method Get(number).
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
- Read/Write
- FieldDirection
- The orientation of the DCBiasField.
- Type
- MagnetostaticFieldDirectionEnum
- Access
- Read/Write
- 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
- Read/Write
- LossTangent
- Dielectric loss tangent value.
- Type
- ParametricExpression
- Access
- Read/Write
- RelativePermittivity
- Dielectric relative permittivity value.
- Type
- ParametricExpression
- Access
- Read/Write
- SaturationMagnetisation
- The magnetisation value at which all the magnetic dipole moments of the material become aligned.
- Type
- ParametricExpression
- Access
- Read/Write