Table 4
Lenstool constraints on the intermediate mass-observable scaling relation M200 = M0(X/X0)A, and the corresponding mass-concentration relation c200 = c0(M200/M0)− B(1 + z)-0.45.
Scaling | X 0 | M0 (1013h-1 M⊙) | A | c 0 | B |
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M200 − N | 20 |
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M200 − σv | 600 km s-1 |
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Notes.Columns are (1) mass-observable scaling used in the fit; (2) pivot to normalize the observable; (3) normalization of the scaling relation, which also corresponds to the pivot of the c(M) relation; (4) logarithmic slope of the scaling relation; (5) normalization of the c(M) relation; (6) logarithmic slope of the c(M) relation.
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