Add to ORKGPossible beam parameters are investigated for bunch compression in a storage ring, TARN II. Fast rotation scheme is carried out for the generation of high current beam after ion stacking with beam cooling method. From the viewpoint of the magnetic rigidity and tune shift, al-lowable beam parameters during the beam stacking in the ring are estimated analytically. Beam dynamics during the bunch compression is studied by the envelope equa-tions. Particle-in-cell simulations are also carried out for the study of beam dynamics, and the results are compared with the envelope calculations
Storage rings are circular machines that store particle beams at a constant energy. Beams are stored...
In a final stage of an accelerator system for heavy ion inertial fusion (HIF), pulse shaping and bea...
The interparticle repulsion, or space charge, limits the den-sity of charged particle beams that can...
Simulations of axial bunch compression in heavy-ion rings have been carried out as part of a feasibi...
In the operation energy of the storage ring, the longitudinal space charge force is dominant over fo...
A combination of electron cooling and rf system is an effective method to compress the beam bunch le...
An optimized design of a stellarator-type storage ring for low energy ion beams was numerically inve...
Collective interactions of the beam with itself and with its periodic lattice surroundings in high i...
Some details of particle storage in an isochronous magnetic ring with the goal of linac pulse compre...
The beam cooling equilibrium with internal target interaction is analyzed for parameters relevant to...
The use of crystalline ion beams can increase luminosity in the collider and in experiments with tar...
Bunch length compression of a single proton bunch is studied by manipulations of the rf voltage and ...
In the following report we want to review some beam dynamics problems in accelerator physics. Theore...
The using of crystalline ion beams can increase of the luminosity in the collider and in experiments...
The using of crystalline ion beams can increase of the luminosity in the collider and in experiments...
Storage rings are circular machines that store particle beams at a constant energy. Beams are stored...
In a final stage of an accelerator system for heavy ion inertial fusion (HIF), pulse shaping and bea...
The interparticle repulsion, or space charge, limits the den-sity of charged particle beams that can...
Simulations of axial bunch compression in heavy-ion rings have been carried out as part of a feasibi...
In the operation energy of the storage ring, the longitudinal space charge force is dominant over fo...
A combination of electron cooling and rf system is an effective method to compress the beam bunch le...
An optimized design of a stellarator-type storage ring for low energy ion beams was numerically inve...
Collective interactions of the beam with itself and with its periodic lattice surroundings in high i...
Some details of particle storage in an isochronous magnetic ring with the goal of linac pulse compre...
The beam cooling equilibrium with internal target interaction is analyzed for parameters relevant to...
The use of crystalline ion beams can increase luminosity in the collider and in experiments with tar...
Bunch length compression of a single proton bunch is studied by manipulations of the rf voltage and ...
In the following report we want to review some beam dynamics problems in accelerator physics. Theore...
The using of crystalline ion beams can increase of the luminosity in the collider and in experiments...
The using of crystalline ion beams can increase of the luminosity in the collider and in experiments...
Storage rings are circular machines that store particle beams at a constant energy. Beams are stored...
In a final stage of an accelerator system for heavy ion inertial fusion (HIF), pulse shaping and bea...
The interparticle repulsion, or space charge, limits the den-sity of charged particle beams that can...