Add to ORKGRefined Fourier analysis of turn-by-turn (TBT) transverse position data measurements can be used for determining several beam properties of a ring, such as transverse tunes, optics functions, phases, chromatic properties and coupling. In particular, the Numerical Analysis of Fundamental Frequencies (NAFF) algorithm is used to analyse TBT data from the Swiss Light Source (SLS) storage ring in order to estimate on and off-momentum beam characteristics. Of particular interest is the potential of using the full position information within one turn in order to measure beam optics properties
Optics measurements in storage rings employ turn-by-turn data of transversely excited beams. Chromat...
Optics measurements in storage rings usually employ excitation in both transverse directions. This n...
A diagnostic beamline is being constructed in the PLS storage ring for measurement of electron-and p...
A new apparatus is designed to measure the beam profile turn-by-turn using synchrotron light. The ap...
Turn-By-Turn (TBT) betatron oscillation data is a very powerful tool in studying machine optics. Hun...
The Fourier analysis of Turn by Turn (TBT) data provides valuable information about the machine line...
The N beam position monitor method (N-BPM) which was recently developed for the LHC has significantl...
Turn-by-turn beam position monitor (BPM) data from multiple BPMs are fitted with a tracking code to ...
The performance of the CERN Proton Synchrotron (PS) has been constantly increasing over the years bo...
The ATF damping ring has been upgraded with new read-out electronics for the beam position monitors ...
At Fermilab Main Ring some of the Beam Position Monitors (BPM) are instrumented with Turn-By-Turn (T...
Nowadays, turn-by-turn beam position monitor data is increasingly utilized in many accelerators, as ...
In this paper we describe two methods that demonstrate an energy evolution at the ends of a long bun...
In order to improve machine performance, the optics parameters of the storage ring need to be measur...
The frequency map analysis of a Hamiltonian system recently introduced to accelerators physics in co...
Optics measurements in storage rings employ turn-by-turn data of transversely excited beams. Chromat...
Optics measurements in storage rings usually employ excitation in both transverse directions. This n...
A diagnostic beamline is being constructed in the PLS storage ring for measurement of electron-and p...
A new apparatus is designed to measure the beam profile turn-by-turn using synchrotron light. The ap...
Turn-By-Turn (TBT) betatron oscillation data is a very powerful tool in studying machine optics. Hun...
The Fourier analysis of Turn by Turn (TBT) data provides valuable information about the machine line...
The N beam position monitor method (N-BPM) which was recently developed for the LHC has significantl...
Turn-by-turn beam position monitor (BPM) data from multiple BPMs are fitted with a tracking code to ...
The performance of the CERN Proton Synchrotron (PS) has been constantly increasing over the years bo...
The ATF damping ring has been upgraded with new read-out electronics for the beam position monitors ...
At Fermilab Main Ring some of the Beam Position Monitors (BPM) are instrumented with Turn-By-Turn (T...
Nowadays, turn-by-turn beam position monitor data is increasingly utilized in many accelerators, as ...
In this paper we describe two methods that demonstrate an energy evolution at the ends of a long bun...
In order to improve machine performance, the optics parameters of the storage ring need to be measur...
The frequency map analysis of a Hamiltonian system recently introduced to accelerators physics in co...
Optics measurements in storage rings employ turn-by-turn data of transversely excited beams. Chromat...
Optics measurements in storage rings usually employ excitation in both transverse directions. This n...
A diagnostic beamline is being constructed in the PLS storage ring for measurement of electron-and p...