To demonstrate the principle we apply the method to the beam at the end of a Compact Linear Collider decelerator, where conventional diagnostic methods are hampered by the large energy spread of the drive beam after up to 90% of its kinetic energy is converted into microwave power.
Because the transverse focusing force is similar in waveform to that produced by a discrete set of periodic quadrupole magnets in a frame moving with the beam, the Paul trap configuration offers the possibility of simulating intense beam propagation in a compact experimental facility.
Phenomena described in the theoretical model include transmission, reflection and interference of Gaussian laser beams within a compact sensor space.
The obstacle in implementing interferometric sensing methods in a "democratic" platform often lies in the combination of the reference and scattered beams in a compact, cost-effective, and robust system.
The beam dynamics simulation shows that the design fulfills all requirements with good beam quality and a compact structure.
This study indicates that simply by switching the cavity from Q = 2 to Q = 4, we realized high power Airy beam source in a compact design.
Temnykh A, Dale D, Fontes E, Li Y, Lyndaker A, Revesz P, Rice D, Woll A, "Compact Undulator for the Cornell High Energy Synchrotron Source: Design and Beam Test Results," J. Phys.: Conf.
Rights & permissionsfor article Dual-energy electron beams from a compact laser-driven accelerator.
We study in detail, using analytical approximations and numerical solution, the transverse impact interaction of a compact body with an infinitely long Euler-Bernoulli beam.
This magnet is designed to be the last and most difficult part of a compact superconducting magnet-based carbon gantry optics for ion beam cancer therapy.
