The X-ray spectra of late type stars can generally be well fitted by a two temperature component model of the corona. We find that the temperatures of both components are strong functions of stellar age, although the temperature of the hotter plasma in the corona shows a larger scatter and is probably affected by the activity of stars, such as flares. We confirm the power-law decay of the temperature of the hot plasma, but the temperature of the cool plasma component decays linearly with log (age).status: publishe
Stellar magnetic activity is an important parameter to study as it can give insights into stellar ac...
When determining absolute ages of identifiably young stellar populations, results strongly depend on...
We analyze the X-ray spectra of 19 main sequence stars observed by Chandra/LETGS. Emission measure ...
The X-ray spectra of late type stars can generally be well fitted by a two temperature component mod...
We investigate the variation in coronal activity of late-type stars with age. We determine the age o...
We present a comprehensive picture of the relative emission and heating of the chromospheres and cor...
Aims. We study the X-ray emission of low-mass main-sequence stars to derive a reliable gen...
Extreme-ultraviolet and X-ray emission from stellar coronae drives mass loss from exoplanet atmosphe...
Abstract. We correlate the evolution of the mean X-ray °ux, emis-sion measure and temperature (Yohko...
We analyze the evolution of the fluxes observed in X-rays and correlate them with the magnetic flux ...
We study the physics of the solar corona as a whole, i.e. of the Sun as a Star, in order to understa...
Cool stars on the main sequence generate X-rays from coronal activity, powered by a convective dynam...
We derive the dependence of the mean coronal heating rate on the magnetic flux density. Our results ...
The Sun is the late-type star we can study with the highest level of detail. In the interpretation o...
This work is dedicated to the solar-stellar connection, i.e., the close similarity of the Sun and la...
Stellar magnetic activity is an important parameter to study as it can give insights into stellar ac...
When determining absolute ages of identifiably young stellar populations, results strongly depend on...
We analyze the X-ray spectra of 19 main sequence stars observed by Chandra/LETGS. Emission measure ...
The X-ray spectra of late type stars can generally be well fitted by a two temperature component mod...
We investigate the variation in coronal activity of late-type stars with age. We determine the age o...
We present a comprehensive picture of the relative emission and heating of the chromospheres and cor...
Aims. We study the X-ray emission of low-mass main-sequence stars to derive a reliable gen...
Extreme-ultraviolet and X-ray emission from stellar coronae drives mass loss from exoplanet atmosphe...
Abstract. We correlate the evolution of the mean X-ray °ux, emis-sion measure and temperature (Yohko...
We analyze the evolution of the fluxes observed in X-rays and correlate them with the magnetic flux ...
We study the physics of the solar corona as a whole, i.e. of the Sun as a Star, in order to understa...
Cool stars on the main sequence generate X-rays from coronal activity, powered by a convective dynam...
We derive the dependence of the mean coronal heating rate on the magnetic flux density. Our results ...
The Sun is the late-type star we can study with the highest level of detail. In the interpretation o...
This work is dedicated to the solar-stellar connection, i.e., the close similarity of the Sun and la...
Stellar magnetic activity is an important parameter to study as it can give insights into stellar ac...
When determining absolute ages of identifiably young stellar populations, results strongly depend on...
We analyze the X-ray spectra of 19 main sequence stars observed by Chandra/LETGS. Emission measure ...