Table 2.

List of observable properties and adopted detection threshold.

ObservableFrequency/en.rangeInstrumentDetection thresholdNote
X-ray emission0.3–2.0 keVeROSITA|$\approx \!2 \times 10^{-15} \rm erg\, s^{-1} \,cm^2$|10 ks (polar region survey)
X-ray emission0.3–2.0 keVATHENA-WFI|$\approx \!5 \times 10^{-16} \rm erg\, s^{-1} \,cm^2$|100 ks
Differential H i Temperature1400 MHzASKAP|$\approx \!10^{-3} \rm \,K$|Possum
Differential H i Temperature1000 MHzSKA-MID|$\approx \!10^{-5} \rm \,K$|Phase II survcey
Radio emission200 MHzLOFAR-HBA|$\approx \!1.0 \rm\, \mu Jy\, arcsec^{-2}$|Tier I survey
Radio emission200 MHzSKA-LOW|$\approx \!0.2 \rm \, \mu Jy\, arcsec^{-2}$|2 years survey
Radio emission180 MHzMWA|$\approx \!0.28 \rm \, \mu Jy\, arcsec^{-2}$|MWA Phase I
Faraday Rotation1400 MHzASKAP/Meerkat|$\approx \!1\, \rm rad\, m^{-2}$|Possum/Mightee-Pol
Faraday Rotation1000 MHzSKA-MID|$\approx \!0.1\, \rm rad\, m^{-2}$|Phase II
Compton Y-param.220 GHzPLANCK≈2890
Compton Y-param.21 GHzAtlAS≈1000
ObservableFrequency/en.rangeInstrumentDetection thresholdNote
X-ray emission0.3–2.0 keVeROSITA|$\approx \!2 \times 10^{-15} \rm erg\, s^{-1} \,cm^2$|10 ks (polar region survey)
X-ray emission0.3–2.0 keVATHENA-WFI|$\approx \!5 \times 10^{-16} \rm erg\, s^{-1} \,cm^2$|100 ks
Differential H i Temperature1400 MHzASKAP|$\approx \!10^{-3} \rm \,K$|Possum
Differential H i Temperature1000 MHzSKA-MID|$\approx \!10^{-5} \rm \,K$|Phase II survcey
Radio emission200 MHzLOFAR-HBA|$\approx \!1.0 \rm\, \mu Jy\, arcsec^{-2}$|Tier I survey
Radio emission200 MHzSKA-LOW|$\approx \!0.2 \rm \, \mu Jy\, arcsec^{-2}$|2 years survey
Radio emission180 MHzMWA|$\approx \!0.28 \rm \, \mu Jy\, arcsec^{-2}$|MWA Phase I
Faraday Rotation1400 MHzASKAP/Meerkat|$\approx \!1\, \rm rad\, m^{-2}$|Possum/Mightee-Pol
Faraday Rotation1000 MHzSKA-MID|$\approx \!0.1\, \rm rad\, m^{-2}$|Phase II
Compton Y-param.220 GHzPLANCK≈2890
Compton Y-param.21 GHzAtlAS≈1000

Note: We associate to each observable a reference instrument, which loosely corresponds to the adopted observational cut.

Table 2.

List of observable properties and adopted detection threshold.

ObservableFrequency/en.rangeInstrumentDetection thresholdNote
X-ray emission0.3–2.0 keVeROSITA|$\approx \!2 \times 10^{-15} \rm erg\, s^{-1} \,cm^2$|10 ks (polar region survey)
X-ray emission0.3–2.0 keVATHENA-WFI|$\approx \!5 \times 10^{-16} \rm erg\, s^{-1} \,cm^2$|100 ks
Differential H i Temperature1400 MHzASKAP|$\approx \!10^{-3} \rm \,K$|Possum
Differential H i Temperature1000 MHzSKA-MID|$\approx \!10^{-5} \rm \,K$|Phase II survcey
Radio emission200 MHzLOFAR-HBA|$\approx \!1.0 \rm\, \mu Jy\, arcsec^{-2}$|Tier I survey
Radio emission200 MHzSKA-LOW|$\approx \!0.2 \rm \, \mu Jy\, arcsec^{-2}$|2 years survey
Radio emission180 MHzMWA|$\approx \!0.28 \rm \, \mu Jy\, arcsec^{-2}$|MWA Phase I
Faraday Rotation1400 MHzASKAP/Meerkat|$\approx \!1\, \rm rad\, m^{-2}$|Possum/Mightee-Pol
Faraday Rotation1000 MHzSKA-MID|$\approx \!0.1\, \rm rad\, m^{-2}$|Phase II
Compton Y-param.220 GHzPLANCK≈2890
Compton Y-param.21 GHzAtlAS≈1000
ObservableFrequency/en.rangeInstrumentDetection thresholdNote
X-ray emission0.3–2.0 keVeROSITA|$\approx \!2 \times 10^{-15} \rm erg\, s^{-1} \,cm^2$|10 ks (polar region survey)
X-ray emission0.3–2.0 keVATHENA-WFI|$\approx \!5 \times 10^{-16} \rm erg\, s^{-1} \,cm^2$|100 ks
Differential H i Temperature1400 MHzASKAP|$\approx \!10^{-3} \rm \,K$|Possum
Differential H i Temperature1000 MHzSKA-MID|$\approx \!10^{-5} \rm \,K$|Phase II survcey
Radio emission200 MHzLOFAR-HBA|$\approx \!1.0 \rm\, \mu Jy\, arcsec^{-2}$|Tier I survey
Radio emission200 MHzSKA-LOW|$\approx \!0.2 \rm \, \mu Jy\, arcsec^{-2}$|2 years survey
Radio emission180 MHzMWA|$\approx \!0.28 \rm \, \mu Jy\, arcsec^{-2}$|MWA Phase I
Faraday Rotation1400 MHzASKAP/Meerkat|$\approx \!1\, \rm rad\, m^{-2}$|Possum/Mightee-Pol
Faraday Rotation1000 MHzSKA-MID|$\approx \!0.1\, \rm rad\, m^{-2}$|Phase II
Compton Y-param.220 GHzPLANCK≈2890
Compton Y-param.21 GHzAtlAS≈1000

Note: We associate to each observable a reference instrument, which loosely corresponds to the adopted observational cut.

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