Year: 1994
Type: article
Abstract: Fourth European Particle Accelerator Conference (EPAC'94), London, United Kingdom, the final vertical emittance value are met.are adjusted within these tolerances from larger initial excursions.The desired requirements on machine main components like pick-ups and accelerating structures, whereas quadrupole offsets specifications it is possible to tolerate misalignment r.m.s.distributions of up to I0 um for some elsewhere.Results show that with these parameters reflecting the most recent CLIC applied on the lattice quadrupole strengths and on the accelerating section lengths as suggested these methods to the linac with new injection energy and different scaling laws with energy trajectory and hence minimize the emittance blow-up.This paper describes the application of 'wake-free' type, provide the best performance when they are used to control the beam processes involving several correctors and beam-position monitors, of either 'dispersion-free' or monitors are relaxed beyond a given figure, of the order of a few microns, trajectory correction For the main linac of CLIC it has been established that when alignment tolerances on position Abstract C. Fischer Coping with Aligmnent Tolerances on CLIC Components in the 10 um Range
Author: Christian Holst Fischer
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W166947809