A new method of performing an artificial star test (AST) for crowded field stellar CCD photometry is proposed. This AST method is superior in the cases when it is necessary to account for varying photometric quality across the study field, arising due to crowding variations. For this purpose, the color-magnitude diagrams (CMDs) of AST stars with statistically reliable error estimates, as well as completeness maps, can be generated at a required spatial resolution
Abstract-Tracking the position of stars or bright bodies in astronomical images. In such techniques,...
Johnson CCD photometry was performed in the two subgroups of the association Cepheus OB3, for select...
We investigate blending, binarity and photometric biases in crowded-field CCD imaging. For this, we ...
A comparison is made between some conventional and new methods for detecting stars in crowded stella...
Traditional artificial-star tests are widely applied to photometry in crowded stellar fields. Howeve...
A summary is given in some details on the Alawy Stellar CCD Photometry (ASCCDP) method suggested by ...
peer reviewedThe role of star observations is advocated in the photometric calibration of the low sp...
peer reviewedNumerical simulations of a CCD flat-fielding calibration procedure on stellar fields ha...
We explore the limits of photometric reductions of crowded stellar fields observed with the Wide Fie...
We present a thorough investigation of stellar photometry based on HST imaging of crowded fields at ...
Consumer-level digital single-lens reflex (DSLR) cameras are typically not used in professional astr...
We briefly describe a method of organizing all the star field exposures taken in a complete CCD obse...
The accuracy of CCD observations obtained at the Korean 1.8 m telescope has been studied. Seventeen ...
A new method is presented for determining the point spread function (PSF) of images that lack brigh...
The ultimate goal of the “Pi of the Sky ” apparatus is observation of optical flashes of astronomica...
Abstract-Tracking the position of stars or bright bodies in astronomical images. In such techniques,...
Johnson CCD photometry was performed in the two subgroups of the association Cepheus OB3, for select...
We investigate blending, binarity and photometric biases in crowded-field CCD imaging. For this, we ...
A comparison is made between some conventional and new methods for detecting stars in crowded stella...
Traditional artificial-star tests are widely applied to photometry in crowded stellar fields. Howeve...
A summary is given in some details on the Alawy Stellar CCD Photometry (ASCCDP) method suggested by ...
peer reviewedThe role of star observations is advocated in the photometric calibration of the low sp...
peer reviewedNumerical simulations of a CCD flat-fielding calibration procedure on stellar fields ha...
We explore the limits of photometric reductions of crowded stellar fields observed with the Wide Fie...
We present a thorough investigation of stellar photometry based on HST imaging of crowded fields at ...
Consumer-level digital single-lens reflex (DSLR) cameras are typically not used in professional astr...
We briefly describe a method of organizing all the star field exposures taken in a complete CCD obse...
The accuracy of CCD observations obtained at the Korean 1.8 m telescope has been studied. Seventeen ...
A new method is presented for determining the point spread function (PSF) of images that lack brigh...
The ultimate goal of the “Pi of the Sky ” apparatus is observation of optical flashes of astronomica...
Abstract-Tracking the position of stars or bright bodies in astronomical images. In such techniques,...
Johnson CCD photometry was performed in the two subgroups of the association Cepheus OB3, for select...
We investigate blending, binarity and photometric biases in crowded-field CCD imaging. For this, we ...