Confrontation of Cosmological Theories with Observational Data

Abell adiabatic amplitude anisotropy annihilation antimatter apparent magnitude Astron Astrophys background radiation baryon catalogue clusters of galaxies Coma cluster Confrontation of Cosmological corresponding cosmic cosmological constant cosmological models Cosmological Theories decoupling discussed distance distribution effect emission energy epoch Equation evidence evolution expansion field galaxies Figure fluctuations flux densities Friedmann model galactic gravitational H II regions homogeneous Hubble constant inhomogeneities isotropic km s¹ Lemaître models Lifshitz local supercluster luminosity function M. S. Longair magnitude mass matter measurements metric microwave background Monthly Notices Roy number of sources objects Observational Data obtained optical Ozernoy parameter Parijskij particles Pauliny-Toth Peebles perturbations Phys possible prediction present QSRs quasars radio sources redshift region relic radiation rotation Sandage singularity source counts spectrum Sunyaev supercluster survey Tammann temperature Theories with Observational tion turbulence Universe upper limit velocity wave wavelength white holes X-ray Zel'dovich Zwicky