Add to ORKGWorking point scans at RHIC were performed during 2004 to determine the effect on lifetime and luminosity. Linear optics were measured for different working point tunes by exciting coherent oscillations with the aid of RHIC AC dipoles. Two methods are currently used to measure the beta functions and phases advances: a conventional fit-ting technique, and an alternate method based on singular value decomposition (SVD). This paper focuses on the ef-fect of working point on the measurement of linear optics using a SVD based technique. The use of a 3-bump beta wave algorithm to identify quadrupole error sources is also presented
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
Many errors in an accelerator are evidenced as transverse kicks to the beam which distort the beam t...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Independent component analysis (ICA) was applied to the AC dipole based optics measurement at RHIC t...
Excessive beta-beat, deviation of measured beta function from the calculated beta functions based on...
The further improvement of RHIC luminosity performance requires more precise understanding of the RH...
Measurements of chromatic beta-beating were carried out for the first time in the RHIC accelerator d...
The further improvement of RHIC luminosity performance requires more precise understanding of the RH...
The RHIC 2001-2 Au and polarized proton runs used several different low-beta optics configurations. ...
A novel technique is presented to precisely measure the multipole components at each triplet inside ...
To reduce the effect of trajectory perturbations ({approx}10 Hz) due to vibrations of the final focu...
Correction of beta-beat is of great importance for performance improvement of high energy accelerato...
Correction of beta-beat is of great importance for performance improvement of high energy accelerato...
Measurements of chromatic beta-beating were carried out for the first time in the RHIC accelerator d...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
Many errors in an accelerator are evidenced as transverse kicks to the beam which distort the beam t...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Independent component analysis (ICA) was applied to the AC dipole based optics measurement at RHIC t...
Excessive beta-beat, deviation of measured beta function from the calculated beta functions based on...
The further improvement of RHIC luminosity performance requires more precise understanding of the RH...
Measurements of chromatic beta-beating were carried out for the first time in the RHIC accelerator d...
The further improvement of RHIC luminosity performance requires more precise understanding of the RH...
The RHIC 2001-2 Au and polarized proton runs used several different low-beta optics configurations. ...
A novel technique is presented to precisely measure the multipole components at each triplet inside ...
To reduce the effect of trajectory perturbations ({approx}10 Hz) due to vibrations of the final focu...
Correction of beta-beat is of great importance for performance improvement of high energy accelerato...
Correction of beta-beat is of great importance for performance improvement of high energy accelerato...
Measurements of chromatic beta-beating were carried out for the first time in the RHIC accelerator d...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
Many errors in an accelerator are evidenced as transverse kicks to the beam which distort the beam t...