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This paper presents the first dissociative recombination (DR) measurement of electrons with
rotationally and vibrationally cold H 3+ ions. A dc discharge pinhole supersonic jet source …

The interaction of matter with its environment is the driving force behind the evolution of 99%
of the observed matter in the universe. The majority of the visible universe exists in a state of …

The energy-resolved rate coefficient for the dissociative recombination (DR) of H 3+ with
slow electrons has been measured by the storage-ring method using an ion beam produced …

We have performed measurements of the dissociative electron recombination (DR) of H 3+
at the ion storage ring TSR utilizing a supersonic expansion ion source. The ion source has …

A novel cryogenic electrostatic storage ring is planned to be built at the Max-Planck Institute
for Nuclear Physics in Heidelberg. The machine is expected to operate at low temperatures …

A simple analytical approach is presented to describe the dissociative recombination (DR) of
an electron with H 3+ and its isotopomers. The principal assumption is that resonant capture …

With MgH+ ions as a test case, we investigate to what extent the rotational motion of smaller
polar molecular ions sympathetically cooled into Coulomb crystals in linear Paul traps …

The new Cryogenic Storage Ring at the Max Planck Institute for Nuclear Physics
(Heidelberg, Germany) has recently become operational. One of the main research areas …

The breakup dynamics of D 2 H+ and H 2 D+ following dissociative recombination with low
energetic electrons has been studied combining two-dimensional imaging and storage ring …