X-ray emission from the supermassive star Eta Carinae (\ec) originates from hot shocked gas produced by current stellar mass loss as well as ejecta from prior eruptive events. Absorption of this emission by cool material allows the determination of the spatial and temporal distribution of this material. Emission from the shocked gas can provide important information about abundances through the study of thermal X-ray line emission. We discuss how studies of the X-ray emission from Eta Car at a variety of temporal, spatial and spectral scales and resolutions have helped refine our knowledge of both the continuous and discrete mass loss from the system, and its interactions with more extended material around the star
X-ray emission from the supermassive binary system Eta Carinae declines sharply around periastron. T...
The collision of strong stellar winds in massive binary systems creates powerful shocks,which accele...
In order to study the distribution of gas and ionizing radiation around η Car and their implications...
The Luminous Blue Variable star Eta Carinae is one of the most massive stars known. It underwent a g...
The evolved, massive highly eccentric binary system, Car, underwent a periastron passage in the summ...
Eta Carinae (Eta Car), its interacting winds and historical ejecta provide an unique astrophysical l...
The evolved massive binary star η Carinae underwent eruptive mass-loss events that formed the comple...
Abstract. We have investigated with BeppoSAX the long term behaviour of the harder X-ray component o...
We present XMM-Newton observations of the luminous star Eta Carinae, including a high resolution sof...
We present X-ray spectral fits to a recently obtained Chandra grating spectrum of Eta Carinae, one o...
Observations in the far-UV provide a unique opportunity to investigate the very massive star Eta Car...
The evolved massive binary star η Carinae underwent eruptive mass-loss events that formed the comple...
Aims. The role of episodic mass loss is one of the outstanding questions in massive star evolution. ...
X-ray emission from the supermassive binary system η Car declines sharply around periastron. This X-...
We have analyzed high spatial, moderate spectral resolution observations of Eta Carinae obtained wit...
X-ray emission from the supermassive binary system Eta Carinae declines sharply around periastron. T...
The collision of strong stellar winds in massive binary systems creates powerful shocks,which accele...
In order to study the distribution of gas and ionizing radiation around η Car and their implications...
The Luminous Blue Variable star Eta Carinae is one of the most massive stars known. It underwent a g...
The evolved, massive highly eccentric binary system, Car, underwent a periastron passage in the summ...
Eta Carinae (Eta Car), its interacting winds and historical ejecta provide an unique astrophysical l...
The evolved massive binary star η Carinae underwent eruptive mass-loss events that formed the comple...
Abstract. We have investigated with BeppoSAX the long term behaviour of the harder X-ray component o...
We present XMM-Newton observations of the luminous star Eta Carinae, including a high resolution sof...
We present X-ray spectral fits to a recently obtained Chandra grating spectrum of Eta Carinae, one o...
Observations in the far-UV provide a unique opportunity to investigate the very massive star Eta Car...
The evolved massive binary star η Carinae underwent eruptive mass-loss events that formed the comple...
Aims. The role of episodic mass loss is one of the outstanding questions in massive star evolution. ...
X-ray emission from the supermassive binary system η Car declines sharply around periastron. This X-...
We have analyzed high spatial, moderate spectral resolution observations of Eta Carinae obtained wit...
X-ray emission from the supermassive binary system Eta Carinae declines sharply around periastron. T...
The collision of strong stellar winds in massive binary systems creates powerful shocks,which accele...
In order to study the distribution of gas and ionizing radiation around η Car and their implications...