Context. Though theoretically expected, the charge exchange emission from galaxy clusters has never been confidently detected. Accumulating hints were reported recently, including a rather marginal detection with the Hitomi data of the Perseus cluster. As previously suggested, a detection of charge exchange line emission from galaxy clusters would not only impact the interpretation of the newly discovered 3.5 keV line, but also open up a new research topic on the interaction between hot and cold matter in clusters.Aim. We aim to perform the most systematic search for the O VII
Currently, the only measurements of cosmological charge exchange have been made using low resolution...
© 2017. The American Astronomical Society. All rights reserved. High-resolution X-ray spectroscopy w...
We report first results of a study dedicated to a search for γ-ray line emission from rich galaxy cl...
Context. Though theoretically expected, the charge exchange emission from galaxy clusters has never ...
Context. Charge exchange emission is known to provide a key diagnostic to the interface between hot ...
International audienceAs a result of feedback from massive stars, via their intense winds and/or sup...
Synopsis The reported observations of an unidentified X-ray line feature at ∼ 3.5 keV from galaxy cl...
Charge exchange X-ray emission provides unique insight into the interactions between cold and hot as...
Motivated by recent claims of a compelling ~3.5 keV emission line from nearby galaxies and galaxy cl...
We extend our previous study of the cool gas responsible for the emission of O $\tiny \text{VII}$ X-...
Charge exchange emission is known to provide a key diagnostic to the interface between hot and cold ...
International audienceCharge exchange between ions and neutral atoms or molecules has been accepted ...
International audienceAims: The interpretation of hard X-ray emission from galaxy clusters is still ...
While X-ray astronomy began in 1962 and has made fast progress since then in expanding our knowledge...
X-ray emission can be generated by charge-exchange (CXE) between highly charged ions of a hot plasma...
Currently, the only measurements of cosmological charge exchange have been made using low resolution...
© 2017. The American Astronomical Society. All rights reserved. High-resolution X-ray spectroscopy w...
We report first results of a study dedicated to a search for γ-ray line emission from rich galaxy cl...
Context. Though theoretically expected, the charge exchange emission from galaxy clusters has never ...
Context. Charge exchange emission is known to provide a key diagnostic to the interface between hot ...
International audienceAs a result of feedback from massive stars, via their intense winds and/or sup...
Synopsis The reported observations of an unidentified X-ray line feature at ∼ 3.5 keV from galaxy cl...
Charge exchange X-ray emission provides unique insight into the interactions between cold and hot as...
Motivated by recent claims of a compelling ~3.5 keV emission line from nearby galaxies and galaxy cl...
We extend our previous study of the cool gas responsible for the emission of O $\tiny \text{VII}$ X-...
Charge exchange emission is known to provide a key diagnostic to the interface between hot and cold ...
International audienceCharge exchange between ions and neutral atoms or molecules has been accepted ...
International audienceAims: The interpretation of hard X-ray emission from galaxy clusters is still ...
While X-ray astronomy began in 1962 and has made fast progress since then in expanding our knowledge...
X-ray emission can be generated by charge-exchange (CXE) between highly charged ions of a hot plasma...
Currently, the only measurements of cosmological charge exchange have been made using low resolution...
© 2017. The American Astronomical Society. All rights reserved. High-resolution X-ray spectroscopy w...
We report first results of a study dedicated to a search for γ-ray line emission from rich galaxy cl...