Mutual neutralization of hydronium (H3O+) and hydroxide (OH−) ions is a very fundamental
chemical reaction. Yet, there is only limited experimental evidence about the underlying …

We present experimental final-state distributions for Mg atoms formed in Mg++ D-mutual
neutralization reactions at center-of-mass collision energies of 59±12 meV by using the …

We have studied the mutual neutralization reaction of vibronically cold NO+ with O-at a
collision energy of≈ 0.1 eV and under single-collision conditions. The reaction is completely …

The double ion storage ring DESIREE has been used in combination with position-and time-
sensitive detectors to study the mutual neutralization of N+ with O− at 40 meV collision …

We have studied the mutual neutralization reaction of atomic iodine ions (ie, I++ I−→ I+ I) in
a cryogenic double electrostatic ion-beam storage-ring apparatus. Our results show that the …

This thesis deals with experimental studies of electron transfer reactions between oppositely
charged ions (cations and anions), in a process called mutual neutralisation. These …

The total and differential cross-sections and final state distribution for mutual neutralization
in collisions of Li+ with O− were calculated using an ab initio quantum mechanical approach …

This thesis deals with experimental studies of electron transfer reactions between oppositely
charged ions (cations and anions), in a process called mutual neutralisation. These …

This thesis presents experimental studies of mutual-neutralization reactions between H-and
the cations 7Li+, 16O+, 12C+ and 14N+ at the double electrostatic ion-beam storage ring …

In this thesis, results from Mutual Neutralization experiment carried out at the DESIREE
facility, involving merged interacting ion beams, of oppositely charged C60 ions are …