The absolute total cross sections for the charge exchange between highly charged ions 15N7+, O7+, and atomic H have been measured with the ion-atom merged-beams apparatus at Oak Ridge National Laboratory. The collision energy range is from 1224 down to 2 eV u−1, which covers outflowing hot components of astrophysical charge exchange plasmas like stellar-wind and supernova remnants. Good agreement with the previous measurements and theory is found for the collision energies above 100 eV u−1, while below 100 eV u−1 limited agreement is achieved with the available calculations. These cross-section data are useful for modeling X-ray emission resulting from the charge exchange at the interface of hot plasma interacting with ambient neutral gas
Charge exchange X-ray emission provides unique insight into the interactions between cold and hot as...
Measurements of the single and double electron capture cross sections for protons, σ1o and σ 1-1 res...
Recent progress on the application of a quantal, molecular-orbital, close-coupling approach to the c...
The absolute total cross sections for the charge exchange between highly charged ions 15N7+, O7+, an...
Absolute single- and double-charge-exchange cross sections for the astrophysically prominent O6+ ion...
International audienceCharge exchange between ions and neutral atoms or molecules has been accepted ...
There is increasing emphasis during this decade on understanding energy balance and phenomena observ...
International audiencePhysical importance of the charge-exchange process in the interaction of the c...
The final publication is available at http://link.springer.com/article/10.1140%2Fepjd%2Fe2014-50109-...
Highly charged xenon (35+ to 46+) and thorium (72+ to 79+) ions were produced in an Electron Beam Io...
In this article we evaluate state-resolved charge exchange cross sections for Be4+, B5+, C6+, N7+, a...
State selective nl -electron capture cross sections are presented for highly charged ions with Z=6-1...
Using the Oak Ridge National Laboratory ion-atom merged-beam apparatus, absolute total electron-capt...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
The charge exchange (or transfer) due to collision with hydrogen has important effects on the physic...
Charge exchange X-ray emission provides unique insight into the interactions between cold and hot as...
Measurements of the single and double electron capture cross sections for protons, σ1o and σ 1-1 res...
Recent progress on the application of a quantal, molecular-orbital, close-coupling approach to the c...
The absolute total cross sections for the charge exchange between highly charged ions 15N7+, O7+, an...
Absolute single- and double-charge-exchange cross sections for the astrophysically prominent O6+ ion...
International audienceCharge exchange between ions and neutral atoms or molecules has been accepted ...
There is increasing emphasis during this decade on understanding energy balance and phenomena observ...
International audiencePhysical importance of the charge-exchange process in the interaction of the c...
The final publication is available at http://link.springer.com/article/10.1140%2Fepjd%2Fe2014-50109-...
Highly charged xenon (35+ to 46+) and thorium (72+ to 79+) ions were produced in an Electron Beam Io...
In this article we evaluate state-resolved charge exchange cross sections for Be4+, B5+, C6+, N7+, a...
State selective nl -electron capture cross sections are presented for highly charged ions with Z=6-1...
Using the Oak Ridge National Laboratory ion-atom merged-beam apparatus, absolute total electron-capt...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
The charge exchange (or transfer) due to collision with hydrogen has important effects on the physic...
Charge exchange X-ray emission provides unique insight into the interactions between cold and hot as...
Measurements of the single and double electron capture cross sections for protons, σ1o and σ 1-1 res...
Recent progress on the application of a quantal, molecular-orbital, close-coupling approach to the c...