A new method is developed which permits the reconstruction of the surface-density distribution in the galactic disk of finite radius from an arbitrary smooth distribution of the angular velocity via two simple quadratures. The existence of upper limits for disk's mass and radius during the analytic continuation of rotation curves into the hidden (non-radiating) part of the disk is demonstrated
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
Abstract We present an efficient, robust computational method for modeling the Newtonian dynamics fo...
Taking the velocity dispersion term into account in the Jeans equation describing the disk model, co...
An efficient method is developed which allows the calculation of distributions of the surface densit...
The rotational velocity curve, which is the circular velocity profile of the stars and gas in a spir...
After explaining the motivation for this article, we briefly recapitulate the methods used to determ...
Extensive and meticulous observations of the rotation curves of galaxies show that they are either f...
Recent work on the mass distribution in spiral galaxies, using mainly HI observations, is reviewed. ...
In the current LambdaCDM cosmological scenario, N-body simulations provide us with a Universal mass ...
Context. That the rotation curves of spiral galaxies are generally flat in the outer regions is comm...
An accurate computational method is presented for determining the mass distribution in a mature spir...
Rotation curves of spiral galaxies are the major tool for determining the distribution of mass in sp...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
We present a new solution for the rotation curves of galactic disks with gravitational potential of ...
Context. That the rotation curves of spiral galaxies are generally flat in the outer regions is comm...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
Abstract We present an efficient, robust computational method for modeling the Newtonian dynamics fo...
Taking the velocity dispersion term into account in the Jeans equation describing the disk model, co...
An efficient method is developed which allows the calculation of distributions of the surface densit...
The rotational velocity curve, which is the circular velocity profile of the stars and gas in a spir...
After explaining the motivation for this article, we briefly recapitulate the methods used to determ...
Extensive and meticulous observations of the rotation curves of galaxies show that they are either f...
Recent work on the mass distribution in spiral galaxies, using mainly HI observations, is reviewed. ...
In the current LambdaCDM cosmological scenario, N-body simulations provide us with a Universal mass ...
Context. That the rotation curves of spiral galaxies are generally flat in the outer regions is comm...
An accurate computational method is presented for determining the mass distribution in a mature spir...
Rotation curves of spiral galaxies are the major tool for determining the distribution of mass in sp...
In the current ΛCDM cosmological scenario, N-body simulations provide us with a universal mass profi...
We present a new solution for the rotation curves of galactic disks with gravitational potential of ...
Context. That the rotation curves of spiral galaxies are generally flat in the outer regions is comm...
A better understanding of the formation of mass structures in the Universe can be obtained by determ...
Abstract We present an efficient, robust computational method for modeling the Newtonian dynamics fo...
Taking the velocity dispersion term into account in the Jeans equation describing the disk model, co...