A brief review of distance measurement methods for some astronomical sources is presented. Galactic plasma density distribution as related to the distribution of radio pulsars is discussed and a method for constructing relations between dispersion measure and distance for Galactic radio pulsars in small solid angle intervals is described. Dispersion measure - distance relations for radio pulsars based on this approach in the Galactic longitude and latitude intervals of Δl=0°±2° and Δb = 0°± 2° are displayed and comparisons are made with the predictions of the two commonly used models
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We use a Bayesian approach to derive the distance probability distribution for one object from its p...
Some recently advanced models for the decay of the magnetic fields of neutron stars imply that funct...
The high sensitivity Parkes and Swinburne Multibeam pulsar surveys have nearly doubled the number of...
Sorry, the full text of this article is not available here. Please click on the alternative location...
On the basis of a highly simplified model for small scale structure in the electron density distribu...
On the basis of a highly simplified model for small scale structure in the electron density distribu...
We propose to use the correlation between the distance-independent radio continuum brightness temper...
Verbiest J, Weisberg JM, Chael AA, Lee KJ, Lorimer DR. ON PULSAR DISTANCE MEASUREMENTS AND THEIR UNC...
We analyse dispersion measure (DM) variations in six years of radio observations of more than 160 yo...
Accurate distances to pulsars can be used for a variety of studies of the Galaxy and its electron co...
Modern day radio telescopes make use of wideband receivers to take advantage of the broadband nature...
In this work we have collected observational data for 1328 radio pulsars (PSRs). Distances and other...
The aim of this study is to determine the free electron density distribution of the Milky Way Galaxy...
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We use a Bayesian approach to derive the distance probability distribution for one object from its p...
Some recently advanced models for the decay of the magnetic fields of neutron stars imply that funct...
The high sensitivity Parkes and Swinburne Multibeam pulsar surveys have nearly doubled the number of...
Sorry, the full text of this article is not available here. Please click on the alternative location...
On the basis of a highly simplified model for small scale structure in the electron density distribu...
On the basis of a highly simplified model for small scale structure in the electron density distribu...
We propose to use the correlation between the distance-independent radio continuum brightness temper...
Verbiest J, Weisberg JM, Chael AA, Lee KJ, Lorimer DR. ON PULSAR DISTANCE MEASUREMENTS AND THEIR UNC...
We analyse dispersion measure (DM) variations in six years of radio observations of more than 160 yo...
Accurate distances to pulsars can be used for a variety of studies of the Galaxy and its electron co...
Modern day radio telescopes make use of wideband receivers to take advantage of the broadband nature...
In this work we have collected observational data for 1328 radio pulsars (PSRs). Distances and other...
The aim of this study is to determine the free electron density distribution of the Milky Way Galaxy...
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We have proposed a statistical method to determine distances to planetary nebulae. The method is bas...
We use a Bayesian approach to derive the distance probability distribution for one object from its p...