Developments in the semiclassical close-coupling description of atomic collisions, in an
energy range of roughly 0.1 up to a few hundred keV per nucleon of the projectile, are …

The available atomic data used for interpreting and modeling x-ray observations are
reviewed. The applications for these data can be divided into several levels of detail …

The reported observations of an unidentified X-ray line feature at∼ 3.5 keV have driven a
lively discussion about its possible dark matter origin. Motivated by this, we have measured …

Relevant uncertainties of theoretical atomic data are vital to determining the accuracy of
plasma diagnostics in a number of areas, including, in particular, the astrophysical study. We …

We describe an implementation of the vibro-rotational sudden approximation eikonal
(SEIKON) method to treat collisions between ions (atoms) and diatomic molecules at impact …

A database has been constructed consisting of the recommended cross sections for electron-
impact excitation and ionization of carbon atoms and ions C, C+–C5+, as well as for charge …

A combined experimental and theoretical study on single capture in 15–50 keV/u C 4++ He
collisions was performed. State-selective single-electron capture cross sections and …

Charge exchange X-ray and far-ultraviolet (FUV) aurorae can provide detailed insight into
the interaction between solar system plasmas. Using the two complementary experimental …

State-selective electron-capture cross-section measurements in the energy range between 1
and 4 keV/amu are reported for collisions between N 4+ ions and atomic and molecular …

We measured state-selective absolute electron capture cross sections for collisions of He-
like C 4+, N 5+ and O 6+ ions with molecular hydrogen by means of photon emission …