Table 5.
Open in new tab

Logarithmic average of |$M_{\rm H\, {\small {I}}}$| and its intrinsic scatter as a function of stellar mass for the mock MIGHTEE-H i LTGs and ETGs including detections and non-detections.

0.0 < z < 0.084
log10(M⋆)|$\langle \log _{10}(M_{\rm H\, {\small {I}}})\rangle$||$\sigma _{\rm H\, {\small {I}}}(M_\star)$|
7.257.420.58
7.757.880.58
8.258.350.59
8.758.740.6
9.259.120.65
9.759.330.7
10.259.360.89
10.759.270.93
11.259.210.89
0.0 < z < 0.084
log10(M⋆)|$\langle \log _{10}(M_{\rm H\, {\small {I}}})\rangle$||$\sigma _{\rm H\, {\small {I}}}(M_\star)$|
7.257.420.58
7.757.880.58
8.258.350.59
8.758.740.6
9.259.120.65
9.759.330.7
10.259.360.89
10.759.270.93
11.259.210.89
Table 5.
Open in new tab

Logarithmic average of |$M_{\rm H\, {\small {I}}}$| and its intrinsic scatter as a function of stellar mass for the mock MIGHTEE-H i LTGs and ETGs including detections and non-detections.

0.0 < z < 0.084
log10(M⋆)|$\langle \log _{10}(M_{\rm H\, {\small {I}}})\rangle$||$\sigma _{\rm H\, {\small {I}}}(M_\star)$|
7.257.420.58
7.757.880.58
8.258.350.59
8.758.740.6
9.259.120.65
9.759.330.7
10.259.360.89
10.759.270.93
11.259.210.89
0.0 < z < 0.084
log10(M⋆)|$\langle \log _{10}(M_{\rm H\, {\small {I}}})\rangle$||$\sigma _{\rm H\, {\small {I}}}(M_\star)$|
7.257.420.58
7.757.880.58
8.258.350.59
8.758.740.6
9.259.120.65
9.759.330.7
10.259.360.89
10.759.270.93
11.259.210.89
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