The Chandra and XMM data for a sample of 19 relaxed groups/poor clusters, covering the temperature range 1-3 keV and selected to have the best available data, reveal a remarkable similarity in their temperature profile: cool cores outside of which the temperatures reach a peak for radii less than 0.1 of the virial radius and then decline. We fitted the derived mass profiles using an NFW model, which provides a good fit to the data when accounting for the central galaxy in the inner region. The concentration parameters and virial masses are in the range c = 5-22 and M = 2 x 10^13 - 4 x 10^14 solar masses, in general agreement with the concentrations found in numerical simulations
Results from a large sample of hydrodynamical/N-body simulations of galaxy clusters in a ΛCDM cosmol...
We present the concentration (c)Yvirial mass (M ) relation of 39 galaxy systems ranging in mass from...
In this second paper on the entire virial region of the relaxed fossil cluster RXJ 1159+5531, we pre...
We present radial mass profiles within 0:3rvir for 16 relaxed galaxy groups—poor clusters (kT range ...
We present gas and total mass profiles for 13 low-redshift, relaxed clusters spanning a temperature ...
We use the Chandra X-ray Observatory to study the dark matter halos of 34 massive, dynamically relax...
Using X-ray observation we have obtained the deprojected gas density and temperature profiles for a ...
To investigate the spatial distribution of the intracluster medium temperature in galaxy clusters in...
Accurate measurements of the mass distribution in galaxy and cluster halos are essential to test the...
Context.A study of the structural and scaling properties of the temperature distribution of the hot...
We present a Chandra study of mass profiles in seven elliptical galaxies, of which three have galaxy...
International audienceWe use the stacked gravitational lensing mass profile of four high-mass (M ≳ 1...
Using a sample of ten nearby ($z\lesssim 0.15$), relaxed galaxy clusters in the temperature range [2...
We present results on the total mass and temperature determination using two samples of clusters of ...
Context. Galaxy clusters represent valuable cosmological probes using tests that mainly re...
Results from a large sample of hydrodynamical/N-body simulations of galaxy clusters in a ΛCDM cosmol...
We present the concentration (c)Yvirial mass (M ) relation of 39 galaxy systems ranging in mass from...
In this second paper on the entire virial region of the relaxed fossil cluster RXJ 1159+5531, we pre...
We present radial mass profiles within 0:3rvir for 16 relaxed galaxy groups—poor clusters (kT range ...
We present gas and total mass profiles for 13 low-redshift, relaxed clusters spanning a temperature ...
We use the Chandra X-ray Observatory to study the dark matter halos of 34 massive, dynamically relax...
Using X-ray observation we have obtained the deprojected gas density and temperature profiles for a ...
To investigate the spatial distribution of the intracluster medium temperature in galaxy clusters in...
Accurate measurements of the mass distribution in galaxy and cluster halos are essential to test the...
Context.A study of the structural and scaling properties of the temperature distribution of the hot...
We present a Chandra study of mass profiles in seven elliptical galaxies, of which three have galaxy...
International audienceWe use the stacked gravitational lensing mass profile of four high-mass (M ≳ 1...
Using a sample of ten nearby ($z\lesssim 0.15$), relaxed galaxy clusters in the temperature range [2...
We present results on the total mass and temperature determination using two samples of clusters of ...
Context. Galaxy clusters represent valuable cosmological probes using tests that mainly re...
Results from a large sample of hydrodynamical/N-body simulations of galaxy clusters in a ΛCDM cosmol...
We present the concentration (c)Yvirial mass (M ) relation of 39 galaxy systems ranging in mass from...
In this second paper on the entire virial region of the relaxed fossil cluster RXJ 1159+5531, we pre...