HY Vir is found to be a double-lined F0m+F5 binary star with relatively shallow (0.3 mag) partial eclipses. Previous studies of the system are improved with 7509 differential photometric observations from the URSA WebScope and 8862 from the NFO WebScope, and 68 high-resolution spectroscopic observations from the Tennessee State University 2 m automatic spectroscopic telescope, and the 1 m coudé-feed spectrometer at Kitt Peak National Observatory. Very accurate (better than 0.5%) masses and radii are determined from analysis of the new light curves and radial velocity curves. Theoretical models match the absolute properties of the stars at an age of about 1.35 Gy
With extensive sets of new radial velocities we have determined orbital elements for three previousl...
New CCD observations of the pre-cataclysmic binary HW Virginis are presented and discussed. The R-fi...
International audienceContext. The derivation of accurate and precise masses and radii is possible f...
HY Vir is found to be a double-lined F0m+F5 binary star with relatively shallow (0.3 mag) partial ec...
We have obtained Strömgren b and y differential photometric observations of the solar-type eclipsing...
V335 Ser is now known to be an eccentric double-lined A1+A3 binary star with fairly deep (0.5 mag) p...
Differential astrometry measurements from the Palomar High-precision Astrometric Search for Exoplane...
From numerous radial velocities as well as Johnson B and V differential photoelectric photometry, we...
We report extensive differential V-band photometry and high-resolution spectroscopy for the 1.14 day...
New and previously published observations of the bright eclipsing binary VV Orionis are analyzed. We...
First spectroscopic and new photometric observations of the eclipsing binary FM Leo are presented. T...
V501 Her is a well detached G3 eclipsing binary star with a period of 8.597687 days for which we hav...
Context. Double-lined, detached eclipsing binaries are our main source for accurate stellar masses a...
IM Per is a detached A7 eccentric eclipsing binary star. We have obtained extensive measurements of ...
With extensive sets of new radial velocities we have determined orbital elements for three previousl...
With extensive sets of new radial velocities we have determined orbital elements for three previousl...
New CCD observations of the pre-cataclysmic binary HW Virginis are presented and discussed. The R-fi...
International audienceContext. The derivation of accurate and precise masses and radii is possible f...
HY Vir is found to be a double-lined F0m+F5 binary star with relatively shallow (0.3 mag) partial ec...
We have obtained Strömgren b and y differential photometric observations of the solar-type eclipsing...
V335 Ser is now known to be an eccentric double-lined A1+A3 binary star with fairly deep (0.5 mag) p...
Differential astrometry measurements from the Palomar High-precision Astrometric Search for Exoplane...
From numerous radial velocities as well as Johnson B and V differential photoelectric photometry, we...
We report extensive differential V-band photometry and high-resolution spectroscopy for the 1.14 day...
New and previously published observations of the bright eclipsing binary VV Orionis are analyzed. We...
First spectroscopic and new photometric observations of the eclipsing binary FM Leo are presented. T...
V501 Her is a well detached G3 eclipsing binary star with a period of 8.597687 days for which we hav...
Context. Double-lined, detached eclipsing binaries are our main source for accurate stellar masses a...
IM Per is a detached A7 eccentric eclipsing binary star. We have obtained extensive measurements of ...
With extensive sets of new radial velocities we have determined orbital elements for three previousl...
With extensive sets of new radial velocities we have determined orbital elements for three previousl...
New CCD observations of the pre-cataclysmic binary HW Virginis are presented and discussed. The R-fi...
International audienceContext. The derivation of accurate and precise masses and radii is possible f...