Add to ORKGSimulation and experimental results for the achievement of the ordered state of the proton beam at S-LSR are presented. IBS heating rates were calculated for small temperature of the proton beam using Molecular Dynamics technique. Different schemes of the laser cooling are proposed for generation of the crystalline magnesium beam. One laser system can be used together with RF-cavity and induction acceleration. Double laser system will be used in future for the formation of three dimensional crystals
Brief review of experimental studies of the electron cooling of a proton beam at COSY (Juelich, Germ...
With the use of S-LSR at ICR, Kyoto University, 24Mg+ ion beams have been successfully laser cooled ...
Experimental plan at S-LSR to realize ordered state with ultra-low temperature by application of las...
Special program codes were elaborated for the simulation of crystalline beams on the S-LSR storage r...
doi:10.1088/1367-2630/8/11/288 Abstract. An approach with S-LSR at ICR, Kyoto University to attain a...
Multi-dimensional laser cooling of heavy-ion beams at the cooler storage ring S-LSR in Kyoto Univers...
A new compact ion cooler ring (S-LSR) in Kyoto University has a circumference of 22.197 m and maximu...
Doppler laser cooling has been applied to low-energy (40 keV) 24Mg+ ions together with the Synchro-B...
Laser cooling of an 40 keV 108- 24Mg+ ion beam combined with induction deceleration reduced the mome...
Laser cooling has been applied for 24Mg+ ion beam with the kinetic energy of 40 keV. By application ...
Laser cooling has been applied for 24Mg+ ion beam with the kinetic energy of 40 keV. By application ...
Intense proton beams are appealing research subjects in high energy density physics and fast ignitio...
The very low momentum spread for small number of particle was reached on different storage rings. Wh...
At ICR, Kyoto University, an ion accumulation and cooler ring, S-LSR has been constructed. Its meam ...
It has been known theoretically that a charged-particle beam circulating in a storage ring exhibits ...
Brief review of experimental studies of the electron cooling of a proton beam at COSY (Juelich, Germ...
With the use of S-LSR at ICR, Kyoto University, 24Mg+ ion beams have been successfully laser cooled ...
Experimental plan at S-LSR to realize ordered state with ultra-low temperature by application of las...
Special program codes were elaborated for the simulation of crystalline beams on the S-LSR storage r...
doi:10.1088/1367-2630/8/11/288 Abstract. An approach with S-LSR at ICR, Kyoto University to attain a...
Multi-dimensional laser cooling of heavy-ion beams at the cooler storage ring S-LSR in Kyoto Univers...
A new compact ion cooler ring (S-LSR) in Kyoto University has a circumference of 22.197 m and maximu...
Doppler laser cooling has been applied to low-energy (40 keV) 24Mg+ ions together with the Synchro-B...
Laser cooling of an 40 keV 108- 24Mg+ ion beam combined with induction deceleration reduced the mome...
Laser cooling has been applied for 24Mg+ ion beam with the kinetic energy of 40 keV. By application ...
Laser cooling has been applied for 24Mg+ ion beam with the kinetic energy of 40 keV. By application ...
Intense proton beams are appealing research subjects in high energy density physics and fast ignitio...
The very low momentum spread for small number of particle was reached on different storage rings. Wh...
At ICR, Kyoto University, an ion accumulation and cooler ring, S-LSR has been constructed. Its meam ...
It has been known theoretically that a charged-particle beam circulating in a storage ring exhibits ...
Brief review of experimental studies of the electron cooling of a proton beam at COSY (Juelich, Germ...
With the use of S-LSR at ICR, Kyoto University, 24Mg+ ion beams have been successfully laser cooled ...
Experimental plan at S-LSR to realize ordered state with ultra-low temperature by application of las...