We propose a two-dimensional galaxy fitting algorithm to extract parameters of the bulge, disk, and a central point source from broadband images of galaxies. We use a set of realistic galaxy parameters to construct a large number of model galaxy images, which we then use as input to our galaxy decomposition program to test it. We elucidate our procedure by extracting parameters for three disk galaxies-NGC 5326, 5587, and 7311-and compare our results with those previously reported in the literature
With the availability of large integral field unit (IFU) spectral surveys of nearby galaxies, there ...
We present one of the largest homogeneous sets of spiral and lenticular galaxy brightness profile de...
Using a two-dimensional galaxy image decomposition technique, we extract global bulge and disk param...
The analysis of the light distribution of galaxy is a crucial step in studying their structural comp...
In this paper I present a new two-dimensional decomposition technique, which models the surface phot...
The development of two-dimensional (2D) bulge-to-disk decomposition techniques has shown their advan...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
In this Paper I present a new two-dimensional decomposition technique, which models the surface pho...
A robust analysis of the structural properties of late-type spiral galaxies, based on the modeling ...
Bulge–disc decomposition is a valuable tool for understanding galaxies. However, achieving robust me...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
We present a two-dimensional (2-D) fitting algorithm (GALFIT, Version 3) with new capabilities to st...
To ascertain whether photometric decompositions of galaxies into bulges and discs are astrophysicall...
We introduce phi, a fully Bayesian Markov chain Monte Carlo algorithm designed for the structural de...
Quantitative morphological and structural parameters are estimated for galaxies detected in HST obse...
With the availability of large integral field unit (IFU) spectral surveys of nearby galaxies, there ...
We present one of the largest homogeneous sets of spiral and lenticular galaxy brightness profile de...
Using a two-dimensional galaxy image decomposition technique, we extract global bulge and disk param...
The analysis of the light distribution of galaxy is a crucial step in studying their structural comp...
In this paper I present a new two-dimensional decomposition technique, which models the surface phot...
The development of two-dimensional (2D) bulge-to-disk decomposition techniques has shown their advan...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
In this Paper I present a new two-dimensional decomposition technique, which models the surface pho...
A robust analysis of the structural properties of late-type spiral galaxies, based on the modeling ...
Bulge–disc decomposition is a valuable tool for understanding galaxies. However, achieving robust me...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
We present a two-dimensional (2-D) fitting algorithm (GALFIT, Version 3) with new capabilities to st...
To ascertain whether photometric decompositions of galaxies into bulges and discs are astrophysicall...
We introduce phi, a fully Bayesian Markov chain Monte Carlo algorithm designed for the structural de...
Quantitative morphological and structural parameters are estimated for galaxies detected in HST obse...
With the availability of large integral field unit (IFU) spectral surveys of nearby galaxies, there ...
We present one of the largest homogeneous sets of spiral and lenticular galaxy brightness profile de...
Using a two-dimensional galaxy image decomposition technique, we extract global bulge and disk param...