Add to ORKGThis paper describes a detailed analysis of various nonlinear effects of the nominal Negative Momentum Compaction lattice for PS2. Chromaticity and orbit correction schemes together with dynamic aperture studies are presented. The impact of magnet errors is being assessed and tolerances are evaluated. Frequency and diffusion maps are produced and, combined with non-linear driving terms analysis, are used for working point optimization
Nonlinear effects from insertion devices are potentially a limiting factor for the electron beam qua...
The chromatic nonlinearity parameter, {alpha}{sub 1}, has a strong impact on longitudinal dynamics i...
Non-linearity is a frequent occurrence in engineering structures including spacecraft structures. It...
The effect of magnet misalignments in the beam orbit and linear optics functions are reviewed and co...
In view of the CERN Proton Synchrotron proposed replacement with a new ring (PS2), a detailed optics...
The PS2 lattice, based on Negative Momentum Compaction (NMC) arc cells is being optimized in order t...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
In synchrotrons the transition energy W-tr = m(0)c(2)(gamma(tr) - 1) is fundamentally important beca...
The use of nonlinear lattices with the large betatron tune spreads can increase instability and spac...
For future synchrotron light sources different operation modes are of interest. Therefore various mo...
For future synchrotron light source development novel operation modes are under investig...
The Large Hadron Collider (LHC) upgrade, which aims at reaching significantly higher luminosities at ...
For the development of future synchrotron light sources new operation modes often have to be conside...
The paper represents an extensive study of the nonlinear beam dynamics in the Nuclotron. Chromatic e...
Nonlinear effects from insertion devices are potentially a limiting factor for the electron beam qua...
The chromatic nonlinearity parameter, {alpha}{sub 1}, has a strong impact on longitudinal dynamics i...
Non-linearity is a frequent occurrence in engineering structures including spacecraft structures. It...
The effect of magnet misalignments in the beam orbit and linear optics functions are reviewed and co...
In view of the CERN Proton Synchrotron proposed replacement with a new ring (PS2), a detailed optics...
The PS2 lattice, based on Negative Momentum Compaction (NMC) arc cells is being optimized in order t...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
In synchrotrons the transition energy W-tr = m(0)c(2)(gamma(tr) - 1) is fundamentally important beca...
The use of nonlinear lattices with the large betatron tune spreads can increase instability and spac...
For future synchrotron light sources different operation modes are of interest. Therefore various mo...
For future synchrotron light source development novel operation modes are under investig...
The Large Hadron Collider (LHC) upgrade, which aims at reaching significantly higher luminosities at ...
For the development of future synchrotron light sources new operation modes often have to be conside...
The paper represents an extensive study of the nonlinear beam dynamics in the Nuclotron. Chromatic e...
Nonlinear effects from insertion devices are potentially a limiting factor for the electron beam qua...
The chromatic nonlinearity parameter, {alpha}{sub 1}, has a strong impact on longitudinal dynamics i...
Non-linearity is a frequent occurrence in engineering structures including spacecraft structures. It...