Several large‐solid‐angle devices for collecting, at a common focus, multiply charged heavy ions from nuclear reactions have been studied. These devices use axial magnetic fields (solenoids), radial electric fields (coaxial lenses), or a combination of these. Although each system has particular advantages and disadvantages, several designs appear promising for use as practical devices.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/69549/2/RSINAK-58-2-220-1.pd
An electrostatic quadrupole doublet lens system has been designed and constructed to provide strong,...
The focusing systems formed by cylindrical electrode with tranverse and longitudinal sections, which...
We describe applications of the electrostatic plasma lens for manipulating and focusing moderate ene...
A set of four strong focusing magnetic quadrupole lenses has been constructed and operated. Each len...
Abstract- A unique ion-optical system for the production of high-intensity, short-lived radioactive ...
This thesis is concerned only with certain types of electrostatic lenses, which are used to understa...
At the German heavy-ion accelerator facility SIS/ESR at GSI in Darmstsdt intense heavy-ion beams are...
This note concerns the focusing properties of the positron-capture solenoid. Such a solenoid will be...
Nowadays most magnetic lenses used to capture and to focus pions and muons utilize azimuthal magneti...
A new device (TwinSol) installed at the Nuclear Structure Laboratory at the University of Notre Dame...
The radial control of high current ion beams from induction accelerators or generated by short pulse...
At the output of a laser ion source, a high current of highly charged ions with a large range of cha...
An air‐core superconducting solenoid, with a diameter of 0.2 m and a length of 0.4 m, has been confi...
We describe applications of the electrostatic plasma lens for manipulating and focusing moderate en...
At the output of a laser ion source, a high current of highly charged ions with a large range of cha...
An electrostatic quadrupole doublet lens system has been designed and constructed to provide strong,...
The focusing systems formed by cylindrical electrode with tranverse and longitudinal sections, which...
We describe applications of the electrostatic plasma lens for manipulating and focusing moderate ene...
A set of four strong focusing magnetic quadrupole lenses has been constructed and operated. Each len...
Abstract- A unique ion-optical system for the production of high-intensity, short-lived radioactive ...
This thesis is concerned only with certain types of electrostatic lenses, which are used to understa...
At the German heavy-ion accelerator facility SIS/ESR at GSI in Darmstsdt intense heavy-ion beams are...
This note concerns the focusing properties of the positron-capture solenoid. Such a solenoid will be...
Nowadays most magnetic lenses used to capture and to focus pions and muons utilize azimuthal magneti...
A new device (TwinSol) installed at the Nuclear Structure Laboratory at the University of Notre Dame...
The radial control of high current ion beams from induction accelerators or generated by short pulse...
At the output of a laser ion source, a high current of highly charged ions with a large range of cha...
An air‐core superconducting solenoid, with a diameter of 0.2 m and a length of 0.4 m, has been confi...
We describe applications of the electrostatic plasma lens for manipulating and focusing moderate en...
At the output of a laser ion source, a high current of highly charged ions with a large range of cha...
An electrostatic quadrupole doublet lens system has been designed and constructed to provide strong,...
The focusing systems formed by cylindrical electrode with tranverse and longitudinal sections, which...
We describe applications of the electrostatic plasma lens for manipulating and focusing moderate ene...