Syllabus
Basic accelerator classification, accelerating principles, focusing Beam optics, beam emitance Linear accelerators: electrostatic, RF, with electrodes, with traveling wave Circular accelerators: betatron, cyclotron, cyclotron modifications (synchrocyclotron, isochronous cyclotron), microtron Phase stability, weak focusing Electron and proton synchrotron, strong focusing Colliders, circular and linear, beam cooling Ion sources, super conducting magnets, vacuum systems Applications of accelerators (physics, industry, medicine)
Annotation
The basic methods of accelerating and driving beams. Linear and cyclic accelerators.
Colliding beams.