In the current LambdaCDM cosmological scenario, N-body simulations provide us with a Universal mass profile, and consequently a Universal equilibrium circular velocity of the virialized objects, as galaxies. In this paper we obtain, by combining kinematical data of their inner regions with global observational properties, the Universal Rotation Curve (URC) of disk galaxies and the corresponding mass distribution out to their virial radius. This curve extends the results of Paper I, concerning the inner luminous regions of Sb-Im spirals, out to the edge of the galaxy halos
Analyzing an extended set of selected galaxy rotation curves (with - 17.5 greater-than-or-equal-to M...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
Recent observations have revealed the structural properties of the dark and luminous mass distributi...
We use a homogeneous sample of about 1100 optical and radio rotation curves (RCs); and relative surf...
The observed strong dark-to-luminous matter coupling is described by a bias relation between visible...
We review the most recent evidence for the amazing properties of the density distribution of dark ma...
Recent work on the mass distribution in spiral galaxies, using mainly HI observations, is reviewed. ...
After explaining the motivation for this article, we briefly recapitulate the methods used to determ...
We investigate the properties of the baryonic and the dark matter components in low surface brightne...
We use the rotation curves of more than 100 disk galaxies to examine whether the structure of their ...
Analyzing an extended set of selected galaxy rotation curves (with - 17.5 greater-than-or-equal-to M...
Analyzing an extended set of selected galaxy rotation curves (with - 17.5 greater-than-or-equal-to M...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
Recent observations have revealed the structural properties of the dark and luminous mass distributi...
We use a homogeneous sample of about 1100 optical and radio rotation curves (RCs); and relative surf...
The observed strong dark-to-luminous matter coupling is described by a bias relation between visible...
We review the most recent evidence for the amazing properties of the density distribution of dark ma...
Recent work on the mass distribution in spiral galaxies, using mainly HI observations, is reviewed. ...
After explaining the motivation for this article, we briefly recapitulate the methods used to determ...
We investigate the properties of the baryonic and the dark matter components in low surface brightne...
We use the rotation curves of more than 100 disk galaxies to examine whether the structure of their ...
Analyzing an extended set of selected galaxy rotation curves (with - 17.5 greater-than-or-equal-to M...
Analyzing an extended set of selected galaxy rotation curves (with - 17.5 greater-than-or-equal-to M...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...