Speaker
Description
Nowadays, cyclotrons are getting smaller and therefore much more tightly composed than ever before. I have developed a technique for creating a complete virtual prototype of the cyclotron and simulating every significant physical effect occurring in the cyclotron. Such virtual prototype is a CAD assembly, which can be directly used in the further manufacture of the cyclotron. Proposed and developed a new concept of cyclotrons for medical applications, that uses an innovative 3:1 hill/valley ratio and a 4:8 magnetic/RF harmonics ration instead of the classic 1:1 ratio. These cyclotrons featuring innovative central region with DC pre-acceleration and double spiral sector design are over 2 times lighter, more power efficient and require over 10 times less copper (or HTS High Temperature Superconductor ) for coil.
| Young scientist paper | No |
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