We present the results of 16 Large Magellanic Cloud (LMC) clusters obtained for the first time from CCD Washington CT1T2 photometry. CMD cluster features turn out to be identifiable when performing annular extractions around their respective centres, once they were cleaned from field star contamination; their main sequences extending from one up to four magnitudes downwards. The clusters resulted to be small angular size objects projected or immersed in dense star fields, as judged from their radial stellar density profiles, so that crowding effect could be responsible for the limited magnitude reached in some cases. We estimated their ages from isochrone fitting - along with the E(B − V ) colour excesses - assuming a metallicity of Z = 0.0...
We present CCD photometry in the Washington system C and T1 passbands down to T1∼ 22 in the fields o...
Aims. The main goal of this study is to compile a catalogue of the fundamental parameters of a compl...
As part of an ongoing project to investigate the cluster formation and chemical evolution history in...
We present the results on the age estimates of 11 Small Magellanic Cloud (SMC) clusters obtained for...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud (LMC), ...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud (LMC), ...
We present the results on the age estimates of 36 Large Magellanic Cloud (LMC) clusters obtained for...
We present CCD photometry in the Washington system C and T1 bands of 14 star clusters of the Small M...
Aims. With the aim of enlarging the number of studied LMC clusters in the age ange 8.0 <∼ log(t) <∼ ...
We present for the first time CCD CT1 photometry for 11 unstudied or poorly studied candidate star c...
Based on CCD images obtained in the Washington system at Cerro Tololo Inter-American Observatory, we...
Based on CCD images obtained in the Washington system at Cerro Tololo Inter-American Observatory, we...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud ...
Aims. We present CCD photometry in the Washington system C and T1 passbands down to T1 ∼ 22.5 in the...
We present CCD Washington CT1 photometry for the unprecedented database of some 5.5 million of stars...
We present CCD photometry in the Washington system C and T1 passbands down to T1∼ 22 in the fields o...
Aims. The main goal of this study is to compile a catalogue of the fundamental parameters of a compl...
As part of an ongoing project to investigate the cluster formation and chemical evolution history in...
We present the results on the age estimates of 11 Small Magellanic Cloud (SMC) clusters obtained for...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud (LMC), ...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud (LMC), ...
We present the results on the age estimates of 36 Large Magellanic Cloud (LMC) clusters obtained for...
We present CCD photometry in the Washington system C and T1 bands of 14 star clusters of the Small M...
Aims. With the aim of enlarging the number of studied LMC clusters in the age ange 8.0 <∼ log(t) <∼ ...
We present for the first time CCD CT1 photometry for 11 unstudied or poorly studied candidate star c...
Based on CCD images obtained in the Washington system at Cerro Tololo Inter-American Observatory, we...
Based on CCD images obtained in the Washington system at Cerro Tololo Inter-American Observatory, we...
As part of our uninterrupted systematic study of star clusters in the Large Magellanic Cloud ...
Aims. We present CCD photometry in the Washington system C and T1 passbands down to T1 ∼ 22.5 in the...
We present CCD Washington CT1 photometry for the unprecedented database of some 5.5 million of stars...
We present CCD photometry in the Washington system C and T1 passbands down to T1∼ 22 in the fields o...
Aims. The main goal of this study is to compile a catalogue of the fundamental parameters of a compl...
As part of an ongoing project to investigate the cluster formation and chemical evolution history in...