This paper describes an orbit correction algorithm using singular value decomposition (SVD), and appli-cations of this correction algorithm to orbit correction in the ALPHA ring at Indiana University. 1 Theory Consider a beam traveling on a closed orbit in a synchrotron that contains nb beam position monitors (BPMs) and nc dipole correctors in a single plane. In the linear approximation, the closed orbit (or bunch centroid displacement) displacement ∆xm at BPM m from a dipole kick change ∆x k at corrector k is given by a response matrix element Amk: Amk ≡ ∆xm ∆x′
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
Advances in orbit control and concepts of a new algorithm are described that allow the simultaneous ...
Orbit feedback controllers are indispensable for the operation of modern particle accelerators. Many...
The global closed orbit correction experiments conducted on the NSLS X-ray ring and the SPEAR using ...
In this note are described the global DC closed orbit correction experiments conducted on the X-ray ...
Magnet errors and off-center orbits through sextuples perturb the dispersion and beta functions in a...
Magnet errors and off-center orbits through sextupoles per-turb the dispersion and beta functions in...
We describe a simple hybrid numerical method for beam orbit correction in particle accelerators. The...
Measurements of the beam position along an accelerator are typically treated equally using standard ...
The closed orbit of the stored electrons in HLS storage ring often shifts due to some nonideal error...
The closed orbit of the stored electrons in HLS storage ring often shifts due to some nonideal error...
Many computer programs with a variety of algorithms exist for controlling the closed orbit in synchr...
Orbit correction is a vital procedure at particle accelerators around the world. The orbit correctio...
In this paper the authors describe a comparative study performed to evaluate various beam steering a...
Structural symmetries in the storage ring of synchrotrons are intentionally created during the desig...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
Advances in orbit control and concepts of a new algorithm are described that allow the simultaneous ...
Orbit feedback controllers are indispensable for the operation of modern particle accelerators. Many...
The global closed orbit correction experiments conducted on the NSLS X-ray ring and the SPEAR using ...
In this note are described the global DC closed orbit correction experiments conducted on the X-ray ...
Magnet errors and off-center orbits through sextuples perturb the dispersion and beta functions in a...
Magnet errors and off-center orbits through sextupoles per-turb the dispersion and beta functions in...
We describe a simple hybrid numerical method for beam orbit correction in particle accelerators. The...
Measurements of the beam position along an accelerator are typically treated equally using standard ...
The closed orbit of the stored electrons in HLS storage ring often shifts due to some nonideal error...
The closed orbit of the stored electrons in HLS storage ring often shifts due to some nonideal error...
Many computer programs with a variety of algorithms exist for controlling the closed orbit in synchr...
Orbit correction is a vital procedure at particle accelerators around the world. The orbit correctio...
In this paper the authors describe a comparative study performed to evaluate various beam steering a...
Structural symmetries in the storage ring of synchrotrons are intentionally created during the desig...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
Advances in orbit control and concepts of a new algorithm are described that allow the simultaneous ...
Orbit feedback controllers are indispensable for the operation of modern particle accelerators. Many...