Add to ORKGr\bstrac.t: A 20-ReV proton beam has been cooled in a synchrotron storage ring TARNII in September 1989 for the first time. Since then, electron cooling experiments have been continued to obtain better cooling conditions and to cool heavier ions. After a brief summary of the electron system and the storage ring, results of electron cooling measurements are described
Electron cooling time of hot proton beam having a momentum spread of 1 % was improved significantly ...
ABSTRACT Beam coollng methods developed for the accumulation of antiprotons are being employed to as...
Three methods to cool stored ion beams have been achieved experimentally. These are electron, stocha...
The new ion cooler ring, S-LSR has an electron cooler and a laser cooling system. The electron coole...
The electron cooling is used for accumulation and shrink-ing emittance of ions: from p up to uranium...
The electron beam in the TSR is used as an electron tar-get and as a cooling device. The longitudina...
Beam cooling methods developed for the accumulation of antiprotons are being employed to assist in t...
A superconducting electron cooler [1] at the storage ring TARN II has been operated since November 1...
We report on an experimental demonstration of electron cooling of high-energy antiprotons circulatin...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
ilbstract The heavy ion cooler storage ring in Heidelberg has been operated in the synchrotron mode....
Experimental results from the recent cooling beam time are presented. Studies of transverse and long...
The ion storrage ring, S-LSR has an electron beam cooler and a laser cooling system, The electron c...
ICE was built in 1977, in a record time of 9 months, using the modified bending magnets of the g-2 m...
The ion storage ring, S-LSR has an electron beam cooler and a laser cooling system. The electron coo...
Electron cooling time of hot proton beam having a momentum spread of 1 % was improved significantly ...
ABSTRACT Beam coollng methods developed for the accumulation of antiprotons are being employed to as...
Three methods to cool stored ion beams have been achieved experimentally. These are electron, stocha...
The new ion cooler ring, S-LSR has an electron cooler and a laser cooling system. The electron coole...
The electron cooling is used for accumulation and shrink-ing emittance of ions: from p up to uranium...
The electron beam in the TSR is used as an electron tar-get and as a cooling device. The longitudina...
Beam cooling methods developed for the accumulation of antiprotons are being employed to assist in t...
A superconducting electron cooler [1] at the storage ring TARN II has been operated since November 1...
We report on an experimental demonstration of electron cooling of high-energy antiprotons circulatin...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
ilbstract The heavy ion cooler storage ring in Heidelberg has been operated in the synchrotron mode....
Experimental results from the recent cooling beam time are presented. Studies of transverse and long...
The ion storrage ring, S-LSR has an electron beam cooler and a laser cooling system, The electron c...
ICE was built in 1977, in a record time of 9 months, using the modified bending magnets of the g-2 m...
The ion storage ring, S-LSR has an electron beam cooler and a laser cooling system. The electron coo...
Electron cooling time of hot proton beam having a momentum spread of 1 % was improved significantly ...
ABSTRACT Beam coollng methods developed for the accumulation of antiprotons are being employed to as...
Three methods to cool stored ion beams have been achieved experimentally. These are electron, stocha...