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Table 3.

Parameters of cross-correlation model.

Parameter Description
α, α BAO peak-position parameters
βα Redshift-space distortion parameter for Lyα absorption
bηα Velocity gradient bias for Lyα absorption
σv [h−1 Mpc] Smoothing parameter for quasar nonlinear velocities and redshift precision
Δr [h−1 Mpc] Coordinate shift due to the quasar redshift systematic error
Amplitude parameter of quasar radiation
Bias parameter of HCD systems
βHCD Redshift-space distortion parameter of HCD systems
Arel1 Dipole amplitude of relativistic correction
bm Transmission bias parameters of four metal species

bq = 3.77 Bias parameter for quasars
βq = 0.257 Redshift-space distortion parameter for quasars
f = 0.969 Growth rate of structure
Σ = 3.26 h−1 Mpc Transverse nonlinear broadening of the BAO peak
1 + f = 1.969 Ratio of radial to transverse nonlinear broadening
LHCD = 10 h−1 Mpc Smoothing scale of HCD systems
λUV = 300 h−1 Mpc Mean free path of UV photons
Arel3 = 0 Octupole amplitude of relativistic correction
βm = 0.5 Redshift-space distortion parameters of four metal species
R = 4 h−1 Mpc Radial binning smoothing parameter
R = 4 h−1 Mpc Transverse binning smoothing parameter
Apeak = 1 BAO peak amplitude
γα = 2.9 Lyα transmission bias evolution exponent
γm = 1 Metal transmission bias evolution exponent

Notes. The 14 parameters of the standard fit are given in the first section of the table. The second section lists parameters that are fixed in the standard fit.

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