All Tables
- Table 1:
General cluster properties. Column (1): cluster name; Col. (2): right ascension; Col. (3): declination; Col. (4): redshift; Col. (5): luminosity distance; Col. (6): hydrogen column density (Dickey & Lockman 1990); Col. (7): X-ray emission mean temperature derived in this work; see Sect. 4.2; Col. (8): r500 values were derived in this work.
- Table 2:
Observational information of the XMM-Newton data. Column (1): cluster name; Col. (2): filter in which cluster was observed; Col. (3): total exposure time; Cols. (4-6): exposure time after flare cleaning in each detector.
- Table 3:
Fits results. Column (1): cluster name; Col. (2): slope parameter of the
-model; Cols. (3, 4): scale radius in arcsec and in
kpc of the
-model; Col. (5): electron number density of the central region calculated by means of the
-model; Col. (6): slope parameter of the Sérsic fit; Cols. (7, 8) scale radius in arcsec and in
kpc of the Sérsic model; Col. 9 electron number density of the central region calculated by means of the Sérsic model.
- Table 4:
Best fit results for the parameters of 2D temperature profiles (Eq. (9)) for A496, A1689 and A2667.
- Table 5:
Luminosity function fits results. For A496 we present the results for single and double Schechter fits.
- Table 6:
Gas and total mass determination from X-ray data. Column (1): cluster name; Cols. (2, 3): gas and total mass calculated by means of the
-model; Cols. (4, 5): gas and total mass calculated by means of the Sérsic model; Col. (6): gas fraction (
)
calculated by means of the best model. Values in bold represent the best model for the cluster.
- Table 7:
Results derived from optical data. Column (1): cluster name; Col. (2): total luminosity derived from stars within galaxies; Col. (3): fraction of star forming galaxies; Col. (4): stellar mass; Col. (5): ICL mass; Col. (6): stellar and ICL mass to gas mass fraction.