Speaker
Chong Shik Park
(Korea University Sejong Campus)
Description
This study explores beam dynamics in the development of high intensity cyclotrons, focusing on the challenges posed by space charge effects at high beam intensities. Space charge forces, which become significant in high-current operations, can lead to emittance growth, beam loss, and instability, compromising cyclotron performance. Advanced modeling techniques are employed to analyze and mitigate these effects, ensuring stable beam transport and acceleration throughout the cyclotron. By optimizing field configurations and beam trajectories, the study achieves improved beam quality and reduced particle losses. These findings contribute to the development of cyclotrons capable of delivering high-intensity beams for applications such as BNCT.
| Region represented | Asia |
|---|---|
| Paper preparation format | LaTeX |
Author
Chong Shik Park
(Korea University Sejong Campus)
