[Definition]
.FrqType "all"
.Type "Normal"
.SetMaterialUnit "GHz", "mm"
.Epsilon "4.3"
.Mu "1.0"
.Kappa "0.0"
.TanD "0.025"
.TanDFreq "10.0"
.TanDGiven "True"
.TanDModel "ConstTanD"
.KappaM "0.0"
.TanDM "0.0"
.TanDMFreq "0.0"
.TanDMGiven "False"
.TanDMModel "ConstKappa"
.DispModelEps "None"
.DispModelMu "None"
.DispersiveFittingSchemeEps "General 1st"
.DispersiveFittingSchemeMu "General 1st"
.UseGeneralDispersionEps "False"
.UseGeneralDispersionMu "False"
.Rho "0.0"
.ThermalType "Anisotropic"
.ThermalConductivityX "0.81"
.ThermalConductivityY "0.81"
.ThermalConductivityZ "0.3"
.SpecificHeat "600", "J/K/kg"
.SetActiveMaterial "all"
.Colour "0.94", "0.82", "0.76"
.Wireframe "False"
.Transparency "0"
.Create
[Type]
FrqType: all
Normal
[Attributes]
FrqType: all
Type = Normal
Epsilon = 4.3
Mu = 1
Electric tand = 0.025 (Const. fit)
Thermal cond. = (0.81, 0.81, 0.3) [W/K/m]
Specific heat = 600 [J/K/kg]
[Description]
EM(HF) properties measured @ 10GHz
Anisotropic thermal properties:
thermal cond. in-plane (x,y) = 0.81 [W/K/m]
thermal cond. through-plane (z) = 0.3 [W/K/m]
