We report on a systematic search for X-ray emission from pre-main sequence and young main sequence stars in the Taurus-Auriga-Perseus region. Our stellar sample consists of all T Tauri stars from the Taurus-Auriga region, and all late-type stars from the Pleiades and Hyades clusters which have been observed by the ROSAT PSPC in pointed observations. We present the X-ray parameters for all observed stars in tables, and study the connection between coronal X-ray activity and stellar parameters for different subgroups of our sample. In particular we compile X-ray luminosity functions (XLF), and discuss the relations between X-ray emission and spectral type, age, and rotation, on the largest sample so far
We report the results of a deep X-ray survey of the core region of the Pleiades cluster carried out ...
We have carried out a deep (t=30000s) x-ray search of the eastern portion of the L1495 cloud centere...
We use the data of the Chandra Orion Ultradeep Project (COUP) to study the nearly 600 X-ray sources ...
We report on a systematic search for X-ray emission from pre-main sequence and young main sequence s...
We present results of a systematic search for X-ray flares on young starsobserved during ROSAT PSPC ...
To investigate the formation and early evolution of stars, astronomers study the x-ray emission of T...
International audienceContext: The Taurus-Auriga star-forming complex hosts the only population of T...
We have carried out an extensive search for X-ray emission from young, very low-mass objects near an...
In Chapter I, I introduce the framework of observational and theoretical evidence that has been cons...
Aims. We have studied the X-ray source population of the Taurus Molecular Cloud (TMC) to search for ...
Aims.We have studied the X-ray source population of the Taurus Molecular Cloud (TMC) to search for n...
Context: .The ROSAT All-Sky Survey detected many young objects outside any known star forming region...
We have carried out an extensive search for X-ray emission from young, very low-mass objects near an...
Context.The ROSAT All-Sky Survey detected many young objects outside any known star forming region. ...
Context. The ROSAT All-Sky Survey detected many young objects outside any known star forming region....
We report the results of a deep X-ray survey of the core region of the Pleiades cluster carried out ...
We have carried out a deep (t=30000s) x-ray search of the eastern portion of the L1495 cloud centere...
We use the data of the Chandra Orion Ultradeep Project (COUP) to study the nearly 600 X-ray sources ...
We report on a systematic search for X-ray emission from pre-main sequence and young main sequence s...
We present results of a systematic search for X-ray flares on young starsobserved during ROSAT PSPC ...
To investigate the formation and early evolution of stars, astronomers study the x-ray emission of T...
International audienceContext: The Taurus-Auriga star-forming complex hosts the only population of T...
We have carried out an extensive search for X-ray emission from young, very low-mass objects near an...
In Chapter I, I introduce the framework of observational and theoretical evidence that has been cons...
Aims. We have studied the X-ray source population of the Taurus Molecular Cloud (TMC) to search for ...
Aims.We have studied the X-ray source population of the Taurus Molecular Cloud (TMC) to search for n...
Context: .The ROSAT All-Sky Survey detected many young objects outside any known star forming region...
We have carried out an extensive search for X-ray emission from young, very low-mass objects near an...
Context.The ROSAT All-Sky Survey detected many young objects outside any known star forming region. ...
Context. The ROSAT All-Sky Survey detected many young objects outside any known star forming region....
We report the results of a deep X-ray survey of the core region of the Pleiades cluster carried out ...
We have carried out a deep (t=30000s) x-ray search of the eastern portion of the L1495 cloud centere...
We use the data of the Chandra Orion Ultradeep Project (COUP) to study the nearly 600 X-ray sources ...