XMM-Newton, with its high throughput and excellent spatial and spectral resolution, is an ideal instrument for spectro-imaging observation of clusters. Presented here is an XMM-Newton mosaic observation of A2163, from which a new radial temperature profile is derived. The issue of background subtraction is addressed in some detail as a proper treatment of the background is essential for the derivation of correct temperatures, and thus, of the correct total cluster mass
For the spectral determination of the temperature distribution in galaxy clusters we developed a dou...
Abstract. We present an XMM-Newton observation of A1413, a hot (kT = 6:5 keV) galaxy cluster at z = ...
We have obtained deep Sunyaev-Zel'dovich (SZ) observations towards 15 of the hottest XMM Cluster Sur...
Aims. We measure radial temperature profiles as far out as possible for a sample of ≈50 hot, interme...
We present results from the XMM-Newton observation of the non-cooling flow cluster A1060. Large effe...
In Paper-I we presented a methodology to recover the spatial variations of properties of the intracl...
A study of the structural and scaling properties of the temperature distribution of the hot, X-ray e...
Aims.Using a newly developed algorithm, we map, to the highest angular resolution allowed by the da...
We propose a new Monte Carlo method to study extended X-ray sources with the European ...
Aims.We present a uniform catalog of the images and radial profiles of the temperature, abundance, a...
We present XMM-Newton results on the temperature profiles of a volume-limited sample of galaxy clust...
We propose a new Monte Carlo method to study extended X-ray sources with the European Photon Imaging...
Previous analyses of ASCA data of clusters of galaxies have found conflicting results regarding the ...
Previous analyses of ASCA data of clusters of galaxies have found conflicting results regarding the ...
We propose a new Monte Carlo method to study extended X-ray sources with the European Photon Imaging...
For the spectral determination of the temperature distribution in galaxy clusters we developed a dou...
Abstract. We present an XMM-Newton observation of A1413, a hot (kT = 6:5 keV) galaxy cluster at z = ...
We have obtained deep Sunyaev-Zel'dovich (SZ) observations towards 15 of the hottest XMM Cluster Sur...
Aims. We measure radial temperature profiles as far out as possible for a sample of ≈50 hot, interme...
We present results from the XMM-Newton observation of the non-cooling flow cluster A1060. Large effe...
In Paper-I we presented a methodology to recover the spatial variations of properties of the intracl...
A study of the structural and scaling properties of the temperature distribution of the hot, X-ray e...
Aims.Using a newly developed algorithm, we map, to the highest angular resolution allowed by the da...
We propose a new Monte Carlo method to study extended X-ray sources with the European ...
Aims.We present a uniform catalog of the images and radial profiles of the temperature, abundance, a...
We present XMM-Newton results on the temperature profiles of a volume-limited sample of galaxy clust...
We propose a new Monte Carlo method to study extended X-ray sources with the European Photon Imaging...
Previous analyses of ASCA data of clusters of galaxies have found conflicting results regarding the ...
Previous analyses of ASCA data of clusters of galaxies have found conflicting results regarding the ...
We propose a new Monte Carlo method to study extended X-ray sources with the European Photon Imaging...
For the spectral determination of the temperature distribution in galaxy clusters we developed a dou...
Abstract. We present an XMM-Newton observation of A1413, a hot (kT = 6:5 keV) galaxy cluster at z = ...
We have obtained deep Sunyaev-Zel'dovich (SZ) observations towards 15 of the hottest XMM Cluster Sur...