COSY electronic cooling is used after charge-exchange injection of H- or D- to produce the required emittance and momentum spread in the beam after the beam is accelerated. The cooled and accelerated beam is then used for experimental applications, such as, fast or slow extraction for experiments onto an external target. Methods for setting up the electronic-cooling system and limiting the ion-beam intensity are discussed
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...
Experimental results from the recent cooling beam time are presented. Studies of transverse and long...
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...
COSY, a COoler SYnchrotron and storage ring has been initially equipped with a low energy electron c...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
COSY, a COoler SYnchrotron and storage ring has been initially equipped with a low energy electron c...
This report is dedicated to investigation of the beam parameter evolution in the experiments with in...
Abstract The 2 MeV electron cooling system for COSY-Julich was proposed to further boost the luminos...
The 2 MeV electron cooler is operated in the COSY ring since 2013. So far electron beam up to 1.5 Me...
The 2 MeV electron cooler has been installed in the COSY ring to provide e-cooling of p+ and d+ beam...
The COSY control system as well as other subsystems are being upgraded. The 2 MeV electron cooler wa...
The 2 MeV electron cooling system for COSY-Julich has highest energy for the electron cooler with st...
The report deals with beam instrumentation of the electron cooler for COSY storage ring. The electro...
At the cooler synchrotron COSY electron cooling is used after stripping injection of H- or D- ions i...
The cooler synchrotron COSY delivers unpolarized and polarized protons in the momentum range 300 MeV...
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...
Experimental results from the recent cooling beam time are presented. Studies of transverse and long...
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...
COSY, a COoler SYnchrotron and storage ring has been initially equipped with a low energy electron c...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
COSY, a COoler SYnchrotron and storage ring has been initially equipped with a low energy electron c...
This report is dedicated to investigation of the beam parameter evolution in the experiments with in...
Abstract The 2 MeV electron cooling system for COSY-Julich was proposed to further boost the luminos...
The 2 MeV electron cooler is operated in the COSY ring since 2013. So far electron beam up to 1.5 Me...
The 2 MeV electron cooler has been installed in the COSY ring to provide e-cooling of p+ and d+ beam...
The COSY control system as well as other subsystems are being upgraded. The 2 MeV electron cooler wa...
The 2 MeV electron cooling system for COSY-Julich has highest energy for the electron cooler with st...
The report deals with beam instrumentation of the electron cooler for COSY storage ring. The electro...
At the cooler synchrotron COSY electron cooling is used after stripping injection of H- or D- ions i...
The cooler synchrotron COSY delivers unpolarized and polarized protons in the momentum range 300 MeV...
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...
Experimental results from the recent cooling beam time are presented. Studies of transverse and long...
The cooler synchrotron COSY provides proton and deuteron beams in the energy range of 45 MeV - 2,7 G...