The properties of nearby galaxy clusters limit the range of cosmological parameters consistent with our universe. We describe the limits which arise from studies of the intracluster medium (ICM) mass fraction fICM and consideration of the possible sources of systematic error: Omega_M0. We then discuss future galaxy cluster surveys which will probe the abundance of galaxy clusters to intermediate and high redshift. We investigate the sensitivity of these surveys to the cosmological density parameter Omega_M and the equation of state parameter w of any quintessence component. In particular, we show that cluster survey constraints from a proposed large solid angle X-ray survey are comparable in precision and complementary in nature to constrai...
We present a study of the baryonic fraction in galaxy clusters aimed at constraining the cosmologic...
We use gigaparticle N-body simulations to study galaxy cluster populations in Hubble volumes of ΛCDM...
This paper describes a serendipitous galaxy cluster survey that we plan to conduct with the XMM X-ra...
Using the data comprising measurements of the gas mass fraction fgas for 42 hot and dynamically rela...
Using sensitive centimeter-wave receivers mounted on the Owens Valley Radio Observatory and Berkeley...
We study the expected redshift evolution of galaxy cluster abundance between0<z<3 in different cosmo...
The baryonic mass fraction, Omega_b/Omega_m, can be sensitively constrained using X-ray observations...
We present a study of the baryonic fraction in galaxy clusters aimed at constraining the cosmologica...
Context. We present the analysis of the baryonic content of 52 X-ray luminous galaxy clusters obser...
We present a systematic analysis of the intracluster medium (ICM) in an X-ray flux limited sample of...
Context. We present the analysis of the baryonic content of 52 X-ray luminous galaxy clusters observ...
We use cosmological gasdynamic simulations to investigate the accuracy of galaxy cluster mass estima...
A number of different ways of using galaxy clusters to provide information concerning fundamental co...
We use cosmological gas dynamic simulations to investigate the accuracy of galaxy cluster mass estim...
We use gigaparticle N-body simulations to study galaxy cluster populations in Hubble volumes of Lamb...
We present a study of the baryonic fraction in galaxy clusters aimed at constraining the cosmologic...
We use gigaparticle N-body simulations to study galaxy cluster populations in Hubble volumes of ΛCDM...
This paper describes a serendipitous galaxy cluster survey that we plan to conduct with the XMM X-ra...
Using the data comprising measurements of the gas mass fraction fgas for 42 hot and dynamically rela...
Using sensitive centimeter-wave receivers mounted on the Owens Valley Radio Observatory and Berkeley...
We study the expected redshift evolution of galaxy cluster abundance between0<z<3 in different cosmo...
The baryonic mass fraction, Omega_b/Omega_m, can be sensitively constrained using X-ray observations...
We present a study of the baryonic fraction in galaxy clusters aimed at constraining the cosmologica...
Context. We present the analysis of the baryonic content of 52 X-ray luminous galaxy clusters obser...
We present a systematic analysis of the intracluster medium (ICM) in an X-ray flux limited sample of...
Context. We present the analysis of the baryonic content of 52 X-ray luminous galaxy clusters observ...
We use cosmological gasdynamic simulations to investigate the accuracy of galaxy cluster mass estima...
A number of different ways of using galaxy clusters to provide information concerning fundamental co...
We use cosmological gas dynamic simulations to investigate the accuracy of galaxy cluster mass estim...
We use gigaparticle N-body simulations to study galaxy cluster populations in Hubble volumes of Lamb...
We present a study of the baryonic fraction in galaxy clusters aimed at constraining the cosmologic...
We use gigaparticle N-body simulations to study galaxy cluster populations in Hubble volumes of ΛCDM...
This paper describes a serendipitous galaxy cluster survey that we plan to conduct with the XMM X-ra...