Experiments on the beam dynamics and on the internal cooling of ions stored in a linear electrostatic ion beam trap operated at 4− and Al5− cluster anions via radiative cooling was monitored by using the laser-induced detachment of electrons as a diagnostic
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
We review recent experiments at the Heidelberg Test Storage Ring which apply advanced laser cooling ...
Experiments on the beam dynamics and on the internal cooling of ions stored in a linear electrostati...
The Cryogenic electrostatic Trap for Fast ion beams (CTF) has been successfully built, fulfilling th...
The Cryogenic electrostatic Trap for Fast ion beams (CTF) has been successfully built, fulfilling th...
The Cryogenic Trap for Fast ion beams (CTF) was built to explore cooling techniques and test thermal...
A method is presented to monitor the internal energy distribution of cluster anions via delayed elec...
A cryogenically cooled linear electrostatic ion beam trap for use in photoelectron-photofragment coi...
We apply novel bunch forms for efficient laser cooling of fast stored ion beams at the Heidelberg Te...
A method is presented to monitor the internal energy distribution of cluster anions via delayed elec...
We have investigated the radiative cooling of initially hot Al<sup>−</sup><sub>4</sub> and Al<sup>−<...
At the ASTRID storage ring we have recently developed a high resolution technique to monitor the tra...
The thesis deals with ions stored in an electrostatic ion beam trap. In the first part of the thesis...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
We review recent experiments at the Heidelberg Test Storage Ring which apply advanced laser cooling ...
Experiments on the beam dynamics and on the internal cooling of ions stored in a linear electrostati...
The Cryogenic electrostatic Trap for Fast ion beams (CTF) has been successfully built, fulfilling th...
The Cryogenic electrostatic Trap for Fast ion beams (CTF) has been successfully built, fulfilling th...
The Cryogenic Trap for Fast ion beams (CTF) was built to explore cooling techniques and test thermal...
A method is presented to monitor the internal energy distribution of cluster anions via delayed elec...
A cryogenically cooled linear electrostatic ion beam trap for use in photoelectron-photofragment coi...
We apply novel bunch forms for efficient laser cooling of fast stored ion beams at the Heidelberg Te...
A method is presented to monitor the internal energy distribution of cluster anions via delayed elec...
We have investigated the radiative cooling of initially hot Al<sup>−</sup><sub>4</sub> and Al<sup>−<...
At the ASTRID storage ring we have recently developed a high resolution technique to monitor the tra...
The thesis deals with ions stored in an electrostatic ion beam trap. In the first part of the thesis...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
An overview of the use of stored ion beams and phase space cooling (electron cooling) is given for t...
We review recent experiments at the Heidelberg Test Storage Ring which apply advanced laser cooling ...
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