Add to ORKGRecent development of two-dimensional(2D)bulge-to-disk decomposition techniques has shown their advantages over traditional one-dimensional(1D)techniques,especially for galaxies with nonaxisymmetric features.However,Recent development of two-dimensional(2D)bulge-to-disk decomposition techniques has shown their advantages over traditional one-dimensional(1D)techniques,especially for galaxies with nonaxisymmetric features.However,中国天文学会
To ascertain whether photometric decompositions of galaxies into bulges and discs are astrophysicall...
International audienceContext: A variety of formation scenarios have been proposed to explain the di...
Context.A variety of formation scenarios have been proposed to explain the diversity of properties ...
The development of two-dimensional (2D) bulge-to-disk decomposition techniques has shown their advan...
Recent development of 2D bulge-to-disk decomposition techniques has shown their advantages over trad...
We propose a two-dimensional galaxy fitting algorithm to extract parameters of the bulge, disk, and ...
The analysis of the light distribution of galaxy is a crucial step in studying their structural comp...
Understanding the nature of bulges in disc galaxies can provide important insights into the formatio...
In this Paper I present a new two-dimensional decomposition technique, which models the surface pho...
We present BUDDA (BUlge/Disk Decomposition Analysis), a new code devoted to perform a two-dimensiona...
Context. A fundamental subject in extragalactic astronomy concerns the formation and evolution of la...
We skecth the most important results obtained from a two dimensional (2D) bulge to disk photometric ...
We have estimated the bulge-to-total ($B/T$) light ratios in the $K_s$-band for a sample of 24 S0, S...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
A robust analysis of the structural properties of late-type spiral galaxies, based on the modeling ...
To ascertain whether photometric decompositions of galaxies into bulges and discs are astrophysicall...
International audienceContext: A variety of formation scenarios have been proposed to explain the di...
Context.A variety of formation scenarios have been proposed to explain the diversity of properties ...
The development of two-dimensional (2D) bulge-to-disk decomposition techniques has shown their advan...
Recent development of 2D bulge-to-disk decomposition techniques has shown their advantages over trad...
We propose a two-dimensional galaxy fitting algorithm to extract parameters of the bulge, disk, and ...
The analysis of the light distribution of galaxy is a crucial step in studying their structural comp...
Understanding the nature of bulges in disc galaxies can provide important insights into the formatio...
In this Paper I present a new two-dimensional decomposition technique, which models the surface pho...
We present BUDDA (BUlge/Disk Decomposition Analysis), a new code devoted to perform a two-dimensiona...
Context. A fundamental subject in extragalactic astronomy concerns the formation and evolution of la...
We skecth the most important results obtained from a two dimensional (2D) bulge to disk photometric ...
We have estimated the bulge-to-total ($B/T$) light ratios in the $K_s$-band for a sample of 24 S0, S...
In this Paper I present a new two-dimensional decomposition technique, which models the surface phot...
A robust analysis of the structural properties of late-type spiral galaxies, based on the modeling ...
To ascertain whether photometric decompositions of galaxies into bulges and discs are astrophysicall...
International audienceContext: A variety of formation scenarios have been proposed to explain the di...
Context.A variety of formation scenarios have been proposed to explain the diversity of properties ...