Short-Focus Crystal Device and Its Applications on Modern Accelerators

It becomes difficult and expensive to control TeV-particle trajectories using electromagnets to obtain extracted beams at accelerators. For these purposes, high-gradient devices based on bent crystals are more suitable. These crystals can serve as superstrong lenses with a focal length of less than 1 m with an equivalent magnetic field of 1000 T. In this work, a scheme based on two successive focusing crystals has been implemented to form a 50 GeV axially symmetric beam with a small divergence of 30 μrad in both the horizontal and vertical planes. One of the promising applications of this scheme is the creation of high-energy neutrino beams.

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Short-Focus Crystal Device and Its Applications on Modern Accelerators

Cited by 3 publications

References 10 publications

Formation of a High-Energy Particle Beam by Means of Focusing Crystal Devices

Formation of a High-Energy Particle Beam by Means of Focusing Crystal Devices

Formation of a Beam of High-Energy Particles Using a System of Two Focusing Crystal Devices

Formation of a High-Energy Particle Beam by Means of Focusing Crystal Devices

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