After the successful exploitation of electron cooling in several heavy ion storage rings the possibility of generating crystalline ion beams gained the interest of particle accelerator physicists. New cooling methods, such as laser cooling, give further opportunity to reach ultra cold system of particles necessary for the state transition to the crystalline configuration. Crystalline beams will give insight into a completely new research field, reaching higher standards in precision measurements and techniques. The applicative potentialities of crystalline beams justify a careful investigation on this subject. The conceptual design of a low-energy heavy-ion storage ring, called CRYSTAL, proposed for the experimental demonstration of crystal...
A feasibility study of a storage ring dedicated to crystalize ion beams is actually in progress at t...
We present a phenomenology of crystalline beams in storage rings. We use the smooth approximation to...
Equations of motion are presented, appropriate to interacting charged particles of diverse charge an...
After the successful exploitation of electron cooling in several heavy ion storage rings the possibi...
The possibility of generating crystallized ion beams, i.e. beams whose particles are located at fixe...
The possibility of generating crystallized ion beams has always excited the interest of most people ...
The conceptual design of a low-energy heavy-ion storage ring, called CRYSTAL, proposed for the exper...
This is brief summary of the Design Report concerning the low-energy heavy-ion storage ring propos...
It has been known theoretically that a charged-particle beam circulating in a storage ring exhibits ...
This is brief summary of the Design Report concerning the low-energy heavy-ion storage ring proposed...
During the past several decades, beam crystallization has been studied both theoretically and experi...
We present a study on a storage ring dedicated to ion beam crystallization. Lattice has been design...
The crystallisation of laser-cooled Mg + ion beams circulating in the table-top rf quadrupole storag...
Crystalline Beams* are an ordered state of an ensemble of ions, circulating in a storage ring, with ...
Special program codes were elaborated for the simulation of crystalline beams on the S-LSR storage r...
A feasibility study of a storage ring dedicated to crystalize ion beams is actually in progress at t...
We present a phenomenology of crystalline beams in storage rings. We use the smooth approximation to...
Equations of motion are presented, appropriate to interacting charged particles of diverse charge an...
After the successful exploitation of electron cooling in several heavy ion storage rings the possibi...
The possibility of generating crystallized ion beams, i.e. beams whose particles are located at fixe...
The possibility of generating crystallized ion beams has always excited the interest of most people ...
The conceptual design of a low-energy heavy-ion storage ring, called CRYSTAL, proposed for the exper...
This is brief summary of the Design Report concerning the low-energy heavy-ion storage ring propos...
It has been known theoretically that a charged-particle beam circulating in a storage ring exhibits ...
This is brief summary of the Design Report concerning the low-energy heavy-ion storage ring proposed...
During the past several decades, beam crystallization has been studied both theoretically and experi...
We present a study on a storage ring dedicated to ion beam crystallization. Lattice has been design...
The crystallisation of laser-cooled Mg + ion beams circulating in the table-top rf quadrupole storag...
Crystalline Beams* are an ordered state of an ensemble of ions, circulating in a storage ring, with ...
Special program codes were elaborated for the simulation of crystalline beams on the S-LSR storage r...
A feasibility study of a storage ring dedicated to crystalize ion beams is actually in progress at t...
We present a phenomenology of crystalline beams in storage rings. We use the smooth approximation to...
Equations of motion are presented, appropriate to interacting charged particles of diverse charge an...