Add to ORKGThe goal of this diploma thesis was to design a beam line capable of mass separating 192Os with 5 keV beam energy from other isotopes as well as other unwanted ions. The beam line consists of a negative ion sputter source, einzel lens, electrostatic quadrupoles, and a bending magnet for mass separation. All components of the beam line, in particular the sputter ion source are presented and their function explained in detail. Simulations of the beam line are compared with and a mass spectrum measurement from the first operation of the beam line setup
Highly charged ions (HCI) at low velocities or at rest are interesting systems for various atomic ph...
Ion and antiproton beams at keV energies are very attractive for a number of fundamental studies. Th...
The TrapRemi experiment combines a linear electrostatic ion trap (Zajfman trap) with a reaction micr...
The goal of this diploma thesis was to design a beam line capable of mass separating 192Os with 5 ke...
New research opportunities are available in form of cold molecular beams stored in the electrostatic...
A Laser Ion Source (LIONS) was set up with a beam line including an image-charge detector in order t...
The Cryogenic Storage Ring (CSR) in Heidelberg is a next-generation electrostatic ion storage ring. ...
A new experimental beamline has been constructed at the Heidelberg Electron Beam Ion Trap (EBIT) for...
A novel Cryogenic Storage Ring CSR is under construction at the Max-Planck- Institut for Nuclear Phy...
At the Max-Planck Institute for Nuclear Physics in Heidelberg a new penning trap experiment, ALPHATR...
Clean and high-quality radioactive ion beams can be prepared by combining ion trap and resonance las...
In the present work a validation for the plasma sheath and surface emission of negatively charged pa...
As part of the research for this thesis, a momentum spectrometer was set up and initial measurements...
The Penning-trap experiment Alphatrap, where the first single in-trap produced ions could be observe...
Kollineare Laserspektroskopie (CLS) ist aufgrund ihrer hohen Genauigkeit und Auflösung eine leistung...
Highly charged ions (HCI) at low velocities or at rest are interesting systems for various atomic ph...
Ion and antiproton beams at keV energies are very attractive for a number of fundamental studies. Th...
The TrapRemi experiment combines a linear electrostatic ion trap (Zajfman trap) with a reaction micr...
The goal of this diploma thesis was to design a beam line capable of mass separating 192Os with 5 ke...
New research opportunities are available in form of cold molecular beams stored in the electrostatic...
A Laser Ion Source (LIONS) was set up with a beam line including an image-charge detector in order t...
The Cryogenic Storage Ring (CSR) in Heidelberg is a next-generation electrostatic ion storage ring. ...
A new experimental beamline has been constructed at the Heidelberg Electron Beam Ion Trap (EBIT) for...
A novel Cryogenic Storage Ring CSR is under construction at the Max-Planck- Institut for Nuclear Phy...
At the Max-Planck Institute for Nuclear Physics in Heidelberg a new penning trap experiment, ALPHATR...
Clean and high-quality radioactive ion beams can be prepared by combining ion trap and resonance las...
In the present work a validation for the plasma sheath and surface emission of negatively charged pa...
As part of the research for this thesis, a momentum spectrometer was set up and initial measurements...
The Penning-trap experiment Alphatrap, where the first single in-trap produced ions could be observe...
Kollineare Laserspektroskopie (CLS) ist aufgrund ihrer hohen Genauigkeit und Auflösung eine leistung...
Highly charged ions (HCI) at low velocities or at rest are interesting systems for various atomic ph...
Ion and antiproton beams at keV energies are very attractive for a number of fundamental studies. Th...
The TrapRemi experiment combines a linear electrostatic ion trap (Zajfman trap) with a reaction micr...