Magnetic Resonance Accelerators TRIZ Cases
- Yoke-Free Cyclotron Using Superconducting Shield Coils
Superconducting magnetic-field-shielding coils cancel stray fields, eliminating heavy iron yokes and reducing cyclotron weight.
- Interrupted Plasma Column Housing in Synchrocyclotron
Segmenting the plasma column housing exposes particles to RF fields, resolving phase mismatch from relativistic mass increases while maintaining beam focus.
- Synchrotron Magnet Design for Continuous Proton Extraction
Segmented RF cavities and dynamic frequency adjustment reduce power consumption while maintaining precise particle delivery for cancer therapy.
- Carbon Film Charge Stripping for Ion Beam Accelerators
A carbon film removes electrons from ions to adjust beam charge states in accelerator systems.
- Synchrotron Magnet Arrangement for Particle Therapy Downsizing
A single defocusing quadrupole magnet between deflectors reduces the synchrotron footprint while suppressing beam size increase and minimizing extraction loss.
- Coaxial Cavity Electron Accelerator RF Power Segmentation
Segmenting high RF power across multiple lower-power vacuum tubes via asymmetric inductive loops reduces thermal stress and eliminates costly unique components.
- Compact Superconducting Cyclotron Cold Mass Design
Integrating coils and poles into one cold mass eliminates multiple cryocooler openings, reducing installation complexity and magnetic field losses.
- Cyclotron Pole Insert for Magnetic Field Fine Tuning
Segmented pole insert allows iterative machining of magnetic field precision without altering main magnet structure complexity.