Linked from

The 11 pages that link to Synchrotron, each with the reason it gives.

• Particle acceleratorBroader topic: Its synchronized magnets keep high-energy particles on a stable circular orbit.

• CyclotronCompared with: Its adjustable fields maintain stable orbits at energies where a classical cyclotron cannot.

• Edwin McMillanBroader topic: McMillan independently proposed the phase-stability principle that made practical synchrotrons possible.

• Linear particle acceleratorCompared with: Its repeated turns can reach high energies without a straight structure of comparable length.

• BevatronNarrower topic: The Bevatron accelerated protons by synchronizing their energy gain with each orbit.

• Heavy-ion acceleratorRelated: Synchrotrons raise heavy ions to high energies while keeping them on a fixed orbit.

• TevatronNarrower topic: The Tevatron was a synchrotron as well as a collider.

• Accelerator applicationsBroader topic: Synchrotrons sustain bright radiation sources and deliver beams for experiments and therapy.

• Accelerator subsystemsBroader topic: Its magnets and radio-frequency systems must operate in synchrony around a closed ring.

• Accelerators & storage ringsBroader topic: Its synchronized magnets let a ring accelerate beams to high energies.

• Particle accelerator technologyBroader topic: It combines accelerating cavities and precisely ramped magnets to reach high energies.