In a linear particle accelerator (commonly abbreviated as linac), charged subatomic particles or ions are subjected to a sequence of oscillating electric potentials along a linear beamline, which causes them to accelerate to high speeds. Gustav Ising put forth the basic ideas for such devices in 1924, and Rolf Widere built the first functional machine at the RWTH Aachen University in 1928. Linear Accelerators for Radiation Market have a wide range of uses, including producing high-energy electrons and X-rays for medical radiation therapy, acting as particle injectors for lower-energy accelerators, and directly generating the maximum kinetic energy for light particles (positrons and electrons) for particle physics.
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