Table 2: List of scintillation parameters and values used in the simulation.
Input Description

parameters

$k_{\rm min} = 6.807~{\rm m^{-1}}$ Minimum wavenumber

$k_{\rm max} = 6.912~{\rm m^{-1}}$ Maximum wavenumber

( $k_{\rm min}$ and $k_{\rm max}$ are the edges of

the observed frequency range)

D = 0.7 kpc Distance between scintillation

screen and observer

Q₀ $= 1.1\times10^{-41}~{\rm m}^{-17/3}$ Amplitude of the power spectrum

of the phase fluctuations

N = 128 Number of discrete points across

the wavefield (total number of

grid points = N²)

Measured

parameters

$r_{\rm F} = 1.7\times10^{9}$ m Fresnel scale ( $=\sqrt{D/k}$ )

$r_{\rm diff} = 3\times10^{7}$ m Diffraction length scale

$r_{\rm ref} = 1.7\times10^{11}$ m Refraction length scale

(= ${r_{\rm F}}^2/r_{\rm diff}$ )

$\Delta \nu_{\rm dc} = 0.02$ MHz Diffractive decorrelation

bandwidth

**Table 2:** List of scintillation parameters and values used in the simulation.
Input	Description
parameters
$k_{\rm min} = 6.807~{\rm m^{-1}}$	Minimum wavenumber
$k_{\rm max} = 6.912~{\rm m^{-1}}$	Maximum wavenumber
	( $k_{\rm min}$ and $k_{\rm max}$ are the edges of
	the observed frequency range)
D = 0.7 kpc	Distance between scintillation
	screen and observer
Q₀ $= 1.1\times10^{-41}~{\rm m}^{-17/3}$	Amplitude of the power spectrum
	of the phase fluctuations
N = 128	Number of discrete points across
	the wavefield (total number of
	grid points = N²)
Measured
parameters
$r_{\rm F} = 1.7\times10^{9}$ m	Fresnel scale ( $=\sqrt{D/k}$ )
$r_{\rm diff} = 3\times10^{7}$ m	Diffraction length scale
$r_{\rm ref} = 1.7\times10^{11}$ m	Refraction length scale
	(= ${r_{\rm F}}^2/r_{\rm diff}$ )
$\Delta \nu_{\rm dc} = 0.02$ MHz	Diffractive decorrelation
	bandwidth

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