Speaker
Description
The Booster-to-AGS transfer line is responsible for efficient and transparent beam transport at the polarized collider complex at BNL and has been a testbed for optimization of injection into the AGS. One of the components of the long-term vision for a digital twin of the complex is to characterize the beam injection process, a pre-requisite of which is the ability to quickly determine the orbit through critical components of the transfer line. The traditional way to accomplish this is via beam-based alignment through each quadrupole, an extremely slow, sequential process which can easily disrupt passage of the beam. Here, we propose and test an optimal experimental design approach to identifying key components to manipulate and measure.
Funding Agency
Work funded by DOE grants DE-SC0024287 and DE-SC0025351.
| In which format do you inted to submit your paper? | LaTeX |
|---|