Table 1: Parameters used for the calculations performed in this article. The values should be appropriate for the solar wind at 1 AU heliocentric distance.
$1 \over 2$ $\textnormal{Parameter}$ $\textnormal{Symbol}$ $\textnormal{Value}$

$1 \over 2$ $\textnormal{Inertial range spectral index}$ $2 \nu$ 5/3

$1 \over 2$ $\textnormal{Dissipation range spectral index}$ p 3

$1 \over 2$ $\textnormal{Energy range spectral index}$ q 1.07

$1 \over 2$ $\textnormal{Alfv\'en speed}$ $v_{\rm A}$ $33.5 \;$ km s^-1

$1 \over 2$ $\textnormal{Cut-off wavenumber}$ $k_{\min}$ $10^{-4} \; l_{\rm slab}$

$1 \over 2$ $\textnormal{Bendover scale}$ $l_{\rm slab}$ 0.030 AU

$1 \over 2$ $\textnormal{Dissipation wavenumber}$ $k_{\rm d}$ $3 \times 10^{6}$ (AU)^-1

$1 \over 2$ $\textnormal{Mean field}$ B₀ $4.12 \; nT$

$1 \over 2$ $\textnormal{Turbulence strength}$ $\delta B / B_0$ 1

**Table 1:** Parameters used for the calculations performed in this article. The values should be appropriate for the solar wind at 1 AU heliocentric distance.
$1 \over 2$ $\textnormal{Parameter}$	$\textnormal{Symbol}$	$\textnormal{Value}$
$1 \over 2$ $\textnormal{Inertial range spectral index}$	$2 \nu$	5/3
$1 \over 2$ $\textnormal{Dissipation range spectral index}$	p	3
$1 \over 2$ $\textnormal{Energy range spectral index}$	q	1.07
$1 \over 2$ $\textnormal{Alfv\'en speed}$	$v_{\rm A}$	$33.5 \;$ km s^-1
$1 \over 2$ $\textnormal{Cut-off wavenumber}$	$k_{\min}$	$10^{-4} \; l_{\rm slab}$
$1 \over 2$ $\textnormal{Bendover scale}$	$l_{\rm slab}$	0.030 AU
$1 \over 2$ $\textnormal{Dissipation wavenumber}$	$k_{\rm d}$	$3 \times 10^{6}$ (AU)^-1
$1 \over 2$ $\textnormal{Mean field}$	B₀	$4.12 \; nT$
$1 \over 2$ $\textnormal{Turbulence strength}$	$\delta B / B_0$	1

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