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Table F.1.

Symbols, SI base units, and descriptions of all quantities used in this work. Quantities are ordered alphabetically by their symbols, with Greek symbols preceding Roman ones.

symbol SI base units description
α 1 integrated synchrotron spectral index
αc 1 typical cluster α
αf 1 typical filament α
1 MEC-weighted mean α
βc 1 typical cluster MEC (1+z) power law exponent
βf 1 typical filament MEC (1+z) power law exponent
γ 1 adiabatic index
θ rad declination (J2000)
μ0 kg m s−2 A−2 vacuum permeability
ν s−1 emission frequency
νobs s−1 observing frequency
νref s−1 reference frequency (see 𝒞)
ξe 1 electron acceleration efficiency
Ξρ 1 CDF of RV jν | ρ
ρ kg m−3 total matter density
ρBM kg m−3 baryonic matter density
ρc kg m−3 critical density
ρDM kg m−3 dark matter density
σ kg s−3 K−4 Stefan–Boltzmann constant
ϕ rad right ascension (J2000)
Φ 1 CDF of standard normal RV
Ψ 1 as in Hoeft & Brüggen (2007)
ΩΛ 1 dark energy density parameter
ΩBM 1 baryonic matter density parameter
ΩDM 1 dark matter density parameter
ΩK 1 curvature density parameter
ΩM 1 matter density parameter
ΩR 1 relativistic particle (i.e. photon and neutrino) density parameter
a 1 scale factor
A m2 shock surface area
B kg s−2 A−1 proper magnetic field strength
BCMB kg s−2 A−1 CMB magnetic field strength
c m s−1 speed of light in vacuo
cs m s−1 speed of sound
𝒞 1 typical cluster-to-filament synchrotron MEC ratio at ν = νref and z = 0
d m initial distance between test particle and equidense cluster centre, filament axis or sheet midplane
dn m comoving distance to the n-th unit cell boundary crossing
2 rad2 solid angle element
ds2 m2 spacetime line element
E 1 dimensionless Hubble parameter
1 CDF of
G kg−1 m3 s−2 Newton’s gravitational constant
h 1 Hubble constant divided by 100 km s−1 Mpc−1
H s−1 Hubble parameter
Iν kg s−2 rad−2 specific intensity (observed)
jν kg m−1 s−2 rad−2 proper (not comoving) MEC
k m−1 Fourier dual of r
k m−2 FLRW (Gaussian) curvature of the Universe
l m comoving cubic unit cell edge length
lf m comoving filament length
lSE m SE kernel lengthscale
- light ray path
mr 1 Petrosian r-band apparent magnitude
M 1 number of sightlines
𝔐 - cosmological model parameter tuple
u 1 upstream shock Mach number
ne m−3 electron number density
N 1 number of unit cell boundary crossings considered
pc − f 1 probability to pierce through a cluster, then a filament
pf 1 probability to pierce through a filament only
ps − v 1 probability to pierce through a sheet, then a void
Pν kg m2 s−2 proper power density
𝒫 1 percentile random field
r m comoving position vector
r m radial comoving distance
1 sky direction unit vector
1 sky direction unit vector of ray i
R m equidense cluster radius, filament radius or sheet half-width
- comoving reconstruction region; subset of ℝ3
Sk m transverse comoving distance
t s physical time since the Big Bang
T K proper plasma temperature
TCMB K CMB temperature
uEM kg m−1 s−2 electromagnetic energy density
v m s−1 shock or test particle velocity
V m3 shock effective volume
wf m typical comoving filament width
Xn 1 relative specific intensity contribution of the n-th newly-entered unit cell
Xnm 1 relative specific intensity contribution of the n-th newly-entered unit cell for the m-th ray
y m shock effective width
z, z𝔐 1 cosmological redshift (under parameters 𝔐)
zmax 1 cosmological redshift up to which LSS is considered
zn 1 cosmological redshift of n-th unit cell boundary crossing
1 specific-intensity–weighted mean redshift
1 flux-density–weighted mean redshift
Z 1 cosmological redshift RV
1 specific-intensity–weighted mean redshift RV
𝒵 1 standard normal GRF

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