It is well known that beam position monitors (BPM) utilizing signals from pickup electrodes (PUE) provide good resolution and relative accuracy. The absolute accuracy (i.e. position of the orbit in the vacuum chamber) is not very good due to the various reasons. To overcome the limitation it was suggested to use magnetic centers of quadrupoles for the calibration of the BPM [1]. The proposed method provides accuracy better then 200 microns for centering of the beam position monitors using modulation of the whole quadrupole family
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
The linac coherent light source [LCLS] project requires 5 {micro}m straightness of the particle beam...
Many storage rings have implemented a method of finding the positional offset between the electrical...
The beam based alignment (BBA) technique is applied to the 2-GeV storage ring of the Pohang Light So...
Knowing the electrical offset of the storage ring beam position monitors (BPM) to an adjacent quadru...
To ensure an adequate orbit steering that maximizes the machine aperture, a good knowledge of the BP...
KEKB is an asymmetric electron-positron collider. Both the electron and positron rings (the HER and ...
Accurate measurement of quadrupole-to-BPM center offsets and use of this information in an auto-stee...
For the performance of an electron positron storage ring it is important that the beam orbit passes ...
The alignment of the quadrupoles in a proton synchrotron is important and the alignment of the low b...
A beam based alignment method was adopted to re-calibrate the Beam Position Monitors (BPM) to the ce...
There are 108 beam position monitors in the PLS for the orbit measurement and closed orbit correctio...
The positron linac of SuperKEKB contains accelerating structures surrounded by quadrupoles without n...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
The linac coherent light source [LCLS] project requires 5 {micro}m straightness of the particle beam...
Many storage rings have implemented a method of finding the positional offset between the electrical...
The beam based alignment (BBA) technique is applied to the 2-GeV storage ring of the Pohang Light So...
Knowing the electrical offset of the storage ring beam position monitors (BPM) to an adjacent quadru...
To ensure an adequate orbit steering that maximizes the machine aperture, a good knowledge of the BP...
KEKB is an asymmetric electron-positron collider. Both the electron and positron rings (the HER and ...
Accurate measurement of quadrupole-to-BPM center offsets and use of this information in an auto-stee...
For the performance of an electron positron storage ring it is important that the beam orbit passes ...
The alignment of the quadrupoles in a proton synchrotron is important and the alignment of the low b...
A beam based alignment method was adopted to re-calibrate the Beam Position Monitors (BPM) to the ce...
There are 108 beam position monitors in the PLS for the orbit measurement and closed orbit correctio...
The positron linac of SuperKEKB contains accelerating structures surrounded by quadrupoles without n...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
A scheme to compensate for the effect of misalignments in the racetrack microtron Eindhoven is prese...
The linac coherent light source [LCLS] project requires 5 {micro}m straightness of the particle beam...