Add to ORKGThe measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” analysis of dif-ference orbits has already been presented [2]. This paper evaluates the accuracy of this technique using difference or-bits that were taken when known gradient errors and skew quadrupole errors were intentionally introduced. It also presents action and phase analysis of simulated orbits when controlled errors are intentionally placed in a RHIC simu-lation model
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Analytic closed orbit analysis is performed to evaluat,e the tolerance of quadrupole misalignment an...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
A novel technique is presented to precisely measure the multipole components at each triplet inside ...
It’s been shown in previous conferences that action and phase jump analysis is a promising method to...
The presence of realistic errors in an accelerator or in the model used to describe the accelerator ...
“Action and phase jump” analysis is presented—a beam based method that uses amplitude and phase know...
Many errors in an accelerator are evidenced as transverse kicks to the beam which distort the beam t...
Success in the application of the action and phase analy-sis to find linear errors at RHIC Interacti...
This study explores the possibility of operating the nominal RHIC coupling correction system in loca...
A method has been developed to measure operationally the linear and non-linear effects of the intera...
Coupling correction at RHIC has been operationally achieved through a two-step process: using local ...
Coupling correction at RHIC has been operationally achieved through a two-step process: using local ...
A method has been developed to measure operationally the linear and non-linear effects of the intera...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Analytic closed orbit analysis is performed to evaluat,e the tolerance of quadrupole misalignment an...
The measurement of local linear errors at RHIC inter-action regions using an ”action and phase ” ana...
A novel technique is presented to precisely measure the multipole components at each triplet inside ...
It’s been shown in previous conferences that action and phase jump analysis is a promising method to...
The presence of realistic errors in an accelerator or in the model used to describe the accelerator ...
“Action and phase jump” analysis is presented—a beam based method that uses amplitude and phase know...
Many errors in an accelerator are evidenced as transverse kicks to the beam which distort the beam t...
Success in the application of the action and phase analy-sis to find linear errors at RHIC Interacti...
This study explores the possibility of operating the nominal RHIC coupling correction system in loca...
A method has been developed to measure operationally the linear and non-linear effects of the intera...
Coupling correction at RHIC has been operationally achieved through a two-step process: using local ...
Coupling correction at RHIC has been operationally achieved through a two-step process: using local ...
A method has been developed to measure operationally the linear and non-linear effects of the intera...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Working point scans at RHIC were performed during 2004 to determine the effect on lifetime and lumin...
Analytic closed orbit analysis is performed to evaluat,e the tolerance of quadrupole misalignment an...