Table 1.

The best-fitting parameters (r0[h−1Mpc] and γ) in equation (4) for predicted correlation functions of different H i mass thresholds at z = 0, 0.2 and 0.5 in the Kim15 model. In the square bracket at z = 0, we show the r0 and γ values following Meyer et al. (2007) using the projected correlation function.

H i mass thresholdr0[r0, pow] (z = 0)γ [γ,pow] (z = 0)r0 (z = 0.2)γ (z = 0.2)r0 (z = 0.5)γ (z = 0.5)
>106h−2 M5.12 [4.91]1.87 [1.99]4.611.813.841.62
>107h−2 M4.72 [4.42]1.74 [1.91]4.061.653.191.49
>108h−2 M3.99 [3.71]1.54 [1.80]3.341.482.771.39
>109h−2 M3.77 [3.52]1.50 [1.76]3.291.452.951.38
H i mass thresholdr0[r0, pow] (z = 0)γ [γ,pow] (z = 0)r0 (z = 0.2)γ (z = 0.2)r0 (z = 0.5)γ (z = 0.5)
>106h−2 M5.12 [4.91]1.87 [1.99]4.611.813.841.62
>107h−2 M4.72 [4.42]1.74 [1.91]4.061.653.191.49
>108h−2 M3.99 [3.71]1.54 [1.80]3.341.482.771.39
>109h−2 M3.77 [3.52]1.50 [1.76]3.291.452.951.38
Table 1.

The best-fitting parameters (r0[h−1Mpc] and γ) in equation (4) for predicted correlation functions of different H i mass thresholds at z = 0, 0.2 and 0.5 in the Kim15 model. In the square bracket at z = 0, we show the r0 and γ values following Meyer et al. (2007) using the projected correlation function.

H i mass thresholdr0[r0, pow] (z = 0)γ [γ,pow] (z = 0)r0 (z = 0.2)γ (z = 0.2)r0 (z = 0.5)γ (z = 0.5)
>106h−2 M5.12 [4.91]1.87 [1.99]4.611.813.841.62
>107h−2 M4.72 [4.42]1.74 [1.91]4.061.653.191.49
>108h−2 M3.99 [3.71]1.54 [1.80]3.341.482.771.39
>109h−2 M3.77 [3.52]1.50 [1.76]3.291.452.951.38
H i mass thresholdr0[r0, pow] (z = 0)γ [γ,pow] (z = 0)r0 (z = 0.2)γ (z = 0.2)r0 (z = 0.5)γ (z = 0.5)
>106h−2 M5.12 [4.91]1.87 [1.99]4.611.813.841.62
>107h−2 M4.72 [4.42]1.74 [1.91]4.061.653.191.49
>108h−2 M3.99 [3.71]1.54 [1.80]3.341.482.771.39
>109h−2 M3.77 [3.52]1.50 [1.76]3.291.452.951.38
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