LnMg¶

class LnMg(axis)[source]¶

Bases: opticalmaterialspy._material_base._Material

Methods Summary

`beta0`(wavelength)	The propagation constant with respect to wavelength.
`beta1`(wavelength)	The derivative of the propagation constant with respect to wavelength.
`beta2`(wavelength)	The second derivative of the propagation constant with respect to wavelength.
`convertWavelengthUnitsNm`()
`eps`([wavelength])	The permittivty of the desired material.
`gvd`(wavelength)	The group velocity dispersion (GVD) with respect to wavelength.
`n`([wavelength])	The refractive index of the desired material.
`nDer1`(wavelength)	The first derivative of the refractive index with respect to wavelength.
`nDer2`(wavelength)	The second derivative of the refractive index with respect to wavelength.
`ng`(wavelength)	The group index with respect to wavelength.
`vg`(wavelength)	The group velocities with respect to wavelength.
`z0`(wavelength)	The wave impedance assuming the material is dielectric (not lossy or magnetic).

Methods Documentation

beta0(wavelength)¶

The propagation constant with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the propagation constant will be evaluated at.
Returns:	The propagation constant at the target wavelength(s).
Return type:	float, list

beta1(wavelength)¶

The derivative of the propagation constant with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the propagation constant will be evaluated at.
Returns:	The propagation constant at the target wavelength(s).
Return type:	float, list

beta2(wavelength)¶

The second derivative of the propagation constant with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the propagation constant will be evaluated at.
Returns:	The propagation constant at the target wavelength(s).
Return type:	float, list

eps(wavelength=None)¶

The permittivty of the desired material.

Parameters:	wavelength (float, list, None) – The wavelength the permittivty will be evaluated at.
Returns:	The permittivty at the target wavelength.
Return type:	float, list

gvd(wavelength)¶

The group velocity dispersion (GVD) with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the GVD will be evaluated at.
Returns:	The GVD at the target wavelength(s).
Return type:	float, list

n(wavelength=None)¶

The refractive index of the desired material.

Parameters:	wavelength (float, list, None) – The wavelength the refractive index will be evaluated at.
Returns:	The refractive index at the target wavelength.
Return type:	float, list

nDer1(wavelength)¶

The first derivative of the refractive index with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the derivative will be evaluated at.
Returns:	The refractive index at the target wavelength(s).
Return type:	float, list

nDer2(wavelength)¶

The second derivative of the refractive index with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the derivative will be evaluated at.
Returns:	The refractive index at the target wavelength(s).
Return type:	float, list

ng(wavelength)¶

The group index with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the group index will be evaluated at.
Returns:	The group index at the target wavelength(s).
Return type:	float, list

vg(wavelength)¶

The group velocities with respect to wavelength.

Parameters:	wavelength (float, list, None) – The wavelength(s) the group velocities will be evaluated at.
Returns:	The group velocities at the target wavelength(s).
Return type:	float, list

z0(wavelength)¶

The wave impedance assuming the material is dielectric (not lossy or magnetic).

Parameters:	wavelength (float, list, None) – The wavelength(s) the propagation constant will be evaluated at.
Returns:	The impedance of the material.
Return type:	float, list