The main accelerator SIS100 of the FAIR-complex will provide heavy ion beams of highest intensities. Beam loss due to ionization is the most demanding loss mechanism at operation with high intensity, intermediate charge state heavy ions. A special synchrotron design has been devel- oped for SIS100, aiming for hundred percent control of ion- ization beam loss by means of a dedicated cryogenic ion catcher system. To suppress dynamic vacuum effects, the cryo catcher system shall provide a significantly reduced effective desorption yield. The construction and test of a prototype cryocatcher is a task of the EU-FP-7 workpack- age COLMAT. A prototype test setup, including cryostat has been constructed, manufactured and tested under real- istic con...
A superconducting magnet system (SMS) for the multicharged ion source DECRIS-SC was designed and man...
In synchrotrons operated with intermediate charge state heavy ion beams, intensity dependent beam lo...
SIS18 will serve as booster synchrotron for the proposed International Accelerator Facility FAIR [1]...
The main accelerator SIS100 of the FAIR-complex will provide heavy ion beams of highest intensities....
The main accelerator SIS100 of the FAIR-facility will provide heavy ion beams of highest intensities...
The main synchrotron SIS100 of the FAIR-facility will be operated with high-intensity intermediate c...
In the FAIR project (Facility for Antiproton and Ion Research) at the GSI Helmholtz Centre for Heavy...
The new GSI accelerator facilities (FAIR project) are planned to deliver heavy ion beams of increase...
The operation of high power high brightness accelerators requires huge efforts for beam cleaning and...
SIS100 is the main synchrotron of the FAIR project. It is designed to accelerate high intensity inte...
The new accelerator SIS100 and the Super-FRS will be built at the international Facility for Antipro...
The new accelerator SIS100 and the Super-FRS will be built at the international Facility for Antipro...
We present the ion optical design of SIS100, which is the main synchrotron of the FAIR project. The ...
A large fraction of the program to upgrade the existingheavy ion synchrotron SIS18 as injector for t...
A large fraction of the program to upgrade the existingheavy ion synchrotron SIS18 as injector for t...
A superconducting magnet system (SMS) for the multicharged ion source DECRIS-SC was designed and man...
In synchrotrons operated with intermediate charge state heavy ion beams, intensity dependent beam lo...
SIS18 will serve as booster synchrotron for the proposed International Accelerator Facility FAIR [1]...
The main accelerator SIS100 of the FAIR-complex will provide heavy ion beams of highest intensities....
The main accelerator SIS100 of the FAIR-facility will provide heavy ion beams of highest intensities...
The main synchrotron SIS100 of the FAIR-facility will be operated with high-intensity intermediate c...
In the FAIR project (Facility for Antiproton and Ion Research) at the GSI Helmholtz Centre for Heavy...
The new GSI accelerator facilities (FAIR project) are planned to deliver heavy ion beams of increase...
The operation of high power high brightness accelerators requires huge efforts for beam cleaning and...
SIS100 is the main synchrotron of the FAIR project. It is designed to accelerate high intensity inte...
The new accelerator SIS100 and the Super-FRS will be built at the international Facility for Antipro...
The new accelerator SIS100 and the Super-FRS will be built at the international Facility for Antipro...
We present the ion optical design of SIS100, which is the main synchrotron of the FAIR project. The ...
A large fraction of the program to upgrade the existingheavy ion synchrotron SIS18 as injector for t...
A large fraction of the program to upgrade the existingheavy ion synchrotron SIS18 as injector for t...
A superconducting magnet system (SMS) for the multicharged ion source DECRIS-SC was designed and man...
In synchrotrons operated with intermediate charge state heavy ion beams, intensity dependent beam lo...
SIS18 will serve as booster synchrotron for the proposed International Accelerator Facility FAIR [1]...