public MathObject CalculateReflectionCoefficientByAngle(ThetaDegrees angle) { if (this.MaterialConductivityFactor == MaterialConductivityFactor.Conductor) { return(CalculateReflectionCoefficientByAngleForConductor(angle)); } return(CalculateReflectionCoefficientByAngleForDielectric(angle)); }
public SecondLabCalculatingObject(TraceLength traceLength, WaveLength waveLength, ThetaDegrees thetaDegrees, RelativeTraceLength relativeTraceLength, DiafragmRadius diafragmRadius, bool isDirected, bool reverseRelativeDistance) { this.traceLength = traceLength; this.waveLength = waveLength; this.thetaDegrees = thetaDegrees; this.relativeTraceLength = relativeTraceLength; this.isDirected = isDirected; this.diafragmRadius = diafragmRadius; this.reverseRelativeDistance = reverseRelativeDistance; }
public ThirdLabCalculationObject(Conductivity conductivity, ElectricalPermeability electricalPermeability, WaveLength waveLength, Height transmitterHeight, Height receiverHeight, ThetaDegrees thetaDegrees, TraceLength traceLength, PolarizationType polarizationType) { this.conductivity = conductivity; this.electricalPermeability = electricalPermeability; this.waveLength = waveLength; this.transmitterHeight = transmitterHeight; this.receiverHeight = receiverHeight; this.thetaDegrees = thetaDegrees; this.traceLength = traceLength; this.PolarizationType = polarizationType; }
private MathObject CalculateReflectionCoefficientByAngleForDielectric(ThetaDegrees angle) { if (this.PolarizationType == PolarizationType.Horizontal) { var res = Math.Abs((Math.Sin(angle.Radians) - Math.Sqrt(this.electricalPermeability.Value - Math.Pow(Math.Cos(angle.Radians), 2))) / (Math.Sin(angle.Radians) + Math.Sqrt(this.electricalPermeability.Value - Math.Pow(Math.Cos(angle.Radians), 2)))); return((MathObject)res); } return((MathObject)Math.Abs((this.electricalPermeability * Math.Sin(angle.Radians) - Math.Sqrt(this.electricalPermeability.Value - Math.Pow(Math.Cos(angle.Radians), 2))) / (this.electricalPermeability * Math.Sin(angle.Radians) + Math.Sqrt(this.electricalPermeability.Value - Math.Pow(Math.Cos(angle.Radians), 2))))); }
private MathObject CalculateReflectionCoefficientByAngleForConductor(ThetaDegrees angle) { return(new MathObject(1, MetricPrefixes.One, UnitsOfMeasurement.Units)); }