Electrostatic storage rings combine a number of very interesting characteristics that make them an attractive tool in the low energy range. In contrast to magnetic rings, all of the fields in an electrostatic storage ring are completely mass independent. At the same particle energy and charge state, ions from light protons to heavy biomolecules can in principal be stored with identical field setups. A small ring for ions of energies up to 50 keV is planned to be built up at Goethe University in Frankfurt. Different designs have been calculated and the results are presented in this contribution. Furthermore, prototypes of the necessary optical elements have been manufactured and are described as well
The design of the first ion storage ring using electrostatic deflection and focusing elements was de...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
The design and initial operation of the first ion storage ring using electrostatic deflection and fo...
Electrostatic storage rings combine a number of very interesting characteristics that make them an a...
Abstract Electrostatic storage rings combine a number of very interesting characteristics that make ...
Abstract. The design of a small electrostatic storage ring for all different kinds of ions at energi...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
The design of a small electrostatic storage ring for all different kinds of ions at energies up to 5...
A small electrostatic storage ring is the central machine of the Frankfurt Ion stoRage Experiments (...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
The design of the first ion storage ring using electrostatic deflection and focusing elements was de...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
The design and initial operation of the first ion storage ring using electrostatic deflection and fo...
Electrostatic storage rings combine a number of very interesting characteristics that make them an a...
Abstract Electrostatic storage rings combine a number of very interesting characteristics that make ...
Abstract. The design of a small electrostatic storage ring for all different kinds of ions at energi...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
A small electrostatic storage ring is the central machine of the Frankfurt Ion Storage Experiments (...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
The design of a small electrostatic storage ring for all different kinds of ions at energies up to 5...
A small electrostatic storage ring is the central machine of the Frankfurt Ion stoRage Experiments (...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
The design of the first ion storage ring using electrostatic deflection and focusing elements was de...
Existing electrostatic storage rings have proven to be a valuable tool for molecular and atomic phys...
The design and initial operation of the first ion storage ring using electrostatic deflection and fo...