- plasmapy.formulary.dielectric.permittivity_1D_Maxwellian_lite(omega, kWave, vth, wp)
The lite-function for
permittivity_1D_Maxwellian. Performs the same calculations as
permittivity_1D_Maxwellian, but is intended for computational use and, thus, has data conditioning safeguards removed.
omega (array_like of real positive values) – The frequency, in rad/s, of the electromagnetic wave propagating through the plasma.
kWave (array_like of real values) – The corresponding wavenumber, in rad/m, of the electromagnetic wave propagating through the plasma.
Real) – The plasma frequency, in rad/s.
chi – The ion or the electron dielectric permittivity of the plasma. This is a dimensionless quantity.
- Return type
array_like of complex values
>>> import astropy.units as u >>> from plasmapy.formulary import thermal_speed, plasma_frequency >>> T = 30 * u.eV >>> n = 1e18 * u.cm**-3 >>> particle = "Ne" >>> z_mean = 8 >>> omega = 3.541e15 # in rad/s >>> vth = thermal_speed(T=T, particle=particle).value >>> wp = plasma_frequency(n=n, particle=particle, z_mean=z_mean).value >>> k_wave = omega / vth >>> permittivity_1D_Maxwellian_lite(omega, k_wave, vth=vth, wp=wp) (-6.72647...e-08+5.75899...e-07j)