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@unpublished{mazzoni:ipac2021-frxc02,
author = {S. Mazzoni and M. Bergamaschi and R. Corsini and A. Curcio and C. Davut and W. Farabolini and K.V. Fedorov and D. Gamba and J. Gardelle and L. Garolfi and A. Gilardi and P. Karataev and R. Kieffer and M. Krupa and T. Lefèvre and K. Lekomtsev and T.H. Pacey and C. Pakuza and A. Potylitsyn and Y.M. Saveliev and A. Schloegelhofer and E. Senes and M. Wendt and G.X. Xia},
% author = {S. Mazzoni and M. Bergamaschi and R. Corsini and A. Curcio and C. Davut and W. Farabolini and others},
% author = {S. Mazzoni and others},
title = {{Non Invasive Bunch Length Measurements Exploiting Cherenkov Diffraction Radiation}},
booktitle = {Proc. IPAC'21},
language = {english},
intype = {presented at the},
series = {International Particle Accelerator Conference},
number = {12},
venue = {Campinas, SP, Brazil},
publisher = {JACoW Publishing, Geneva, Switzerland},
month = {08},
year = {2021},
note = {presented at IPAC'21 in Campinas, SP, Brazil, unpublished},
abstract = {{Cherenkov Diffraction Radiation (ChDR) refers to the emission of broadband electromagnetic radiation which occurs when a charged particle propagates at relativistic speed in the vicinity of a dielectric material. At variance with the better-known Cherenkov radiation, ChDR is a non-invasive technique, that is the particle beam does not impinge on the dielectric radiator. ChDR also possesses other interesting features like a relatively high light yield, a broadband spectrum of emission and the emission at a relatively large angle with respect to the beam trajectory. Due to its potential, CERN initiated over the last few years several studies on ChDR-based diagnostics techniques. In this contribution I will focus on the exploitation of ChDR for non-invasive bunch length measurement, from proof of principle tests performed at the CLEAR facility at CERN and CLARA at Daresbury laboratory to current developments for experiments and facilities such as AWAKE and FCC}},
}