Synchrotron radiation is electromagnetic radiation, similar to cyclotron radiation, but generated by the acceleration of ultrarelativistic (i.e., moving near the speed of light) electrons through magnetic fields.
Current third generation synchrotron radiation sources typically are heavily based upon these insertion devices, when straight sections in the storage ring are used for inserting periodic magnetic structures (composed of many magnets that have a special repeating row of N and S poles) that force the electrons on a sinusoidal path or helical path.
Synchrotron radiation is used in particle accelerators in radiationdamping, a method of reducing beam emittance.
The mechanical wave in the secondary spring is analogous to radiation, and is referred to as mechanical radiation.
Damping is clearly exhibited, and the frequencies are lowered by the damping.
The advantage of the present model is that it may allow better visualization of radiationdamping, as well as visualization of the interaction between the oscillator and the "radiation field".
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