Add to ORKGA new technique for measuring the transverse profile of ion beams, using laser induced flourescence, is presented. The technique employs the resonant interaction of laser light with a beam of circulating ions in a storage ring. The light from the spontaneous decay of the excited ions is imaged by an optical system onto a high resolution CCD, making it possible to extract the beam’s transverse spatial distribu-tion. The first results from this technique, including studies of the transverse to longitudinal coupling in a circulating, laser-cooled ion beam, are presented.
Intense beams of protons and heavy ions have been observed in ultra-intense laser-solid interaction ...
It is shown theoretically that a coupling cavity (namely, an rf cavity operating in the TM210 mode) ...
We report on the development of a new technique for the measurement of the longitudinal beam profile...
The transverse dynamics of laser-cooled ion beams is described. While laser cooling directly affects...
We report the first observation of indirect resonantly enhanced transverse laser cooling of a bunche...
Transverse laser cooling of a fast stored Be-9(+) ion beam based on a single-particle force independ...
Using a novel technique for real-time transverse beam profile diagnostics of a stored ion beam, we h...
At the ASTRID storage ring we have recently developed a high resolution technique to monitor the tra...
We propose a method For a direct transverse laser cooling of ions in a storage ring and we discuss i...
We propose a method for a direct transverse laser cooling of ions in a storage ring and we discuss i...
We review recent progress in laser cooling of fast stored ion beams at the Heidelberg Test Storage R...
Cooling and acceleration of ions by lasers has gained increasing attention over the last years. The ...
Laser cooling of heavy-ion beams in a storage ring is systematically studied with a multiparticle si...
Transverse laser cooling is pursued at an ion storage/cooler ring, S-LSR, Kyoto University. An RF bu...
Doppler laser cooling is a technique to reduce the longitudinal momentum spread of an ion beam in a ...
Intense beams of protons and heavy ions have been observed in ultra-intense laser-solid interaction ...
It is shown theoretically that a coupling cavity (namely, an rf cavity operating in the TM210 mode) ...
We report on the development of a new technique for the measurement of the longitudinal beam profile...
The transverse dynamics of laser-cooled ion beams is described. While laser cooling directly affects...
We report the first observation of indirect resonantly enhanced transverse laser cooling of a bunche...
Transverse laser cooling of a fast stored Be-9(+) ion beam based on a single-particle force independ...
Using a novel technique for real-time transverse beam profile diagnostics of a stored ion beam, we h...
At the ASTRID storage ring we have recently developed a high resolution technique to monitor the tra...
We propose a method For a direct transverse laser cooling of ions in a storage ring and we discuss i...
We propose a method for a direct transverse laser cooling of ions in a storage ring and we discuss i...
We review recent progress in laser cooling of fast stored ion beams at the Heidelberg Test Storage R...
Cooling and acceleration of ions by lasers has gained increasing attention over the last years. The ...
Laser cooling of heavy-ion beams in a storage ring is systematically studied with a multiparticle si...
Transverse laser cooling is pursued at an ion storage/cooler ring, S-LSR, Kyoto University. An RF bu...
Doppler laser cooling is a technique to reduce the longitudinal momentum spread of an ion beam in a ...
Intense beams of protons and heavy ions have been observed in ultra-intense laser-solid interaction ...
It is shown theoretically that a coupling cavity (namely, an rf cavity operating in the TM210 mode) ...
We report on the development of a new technique for the measurement of the longitudinal beam profile...