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Fiber Bragg Grating (FBG) sensors as flatness and mechanical stretching sensors

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arxiv 1512.08481 v1 pith:TO3FHOWL submitted 2015-12-28 physics.ins-det

Fiber Bragg Grating (FBG) sensors as flatness and mechanical stretching sensors

D. Abbaneo , M. Abbas , M. Abbrescia , A.A. Abdelalim , M. Abi Akl , O. Aboamer , D. Acosta , A. Ahmad
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W. Ahmed A. Aleksandrov R. Aly P. Altieri C. Asawatangtrakuldee P. Aspell Y. Assran I. Awan S. Bally Y. Ban S. Banerjee V. Barashko P. Barria G. Bencze N. Beni L. Benussi (Corresponding Author) V. Bhopatkar S. Bianco J. Bos O. Bouhali A. Braghieri S. Braibant S. Buontempo C. Calabria M. Caponero C. Caputo F. Cassese A. Castaneda S. Cauwenbergh F.R. Cavallo A. Celik M. Choi S. Choi J. Christiansen A. Cimmino S. Colafranceschi A. Colaleo A. Conde Garcia S. Czellar M.M. Dabrowski G. De Lentdecker R. De Oliveira G. De Robertis S. Dildick B. Dorney W. Elmetenawee G. Endroczi F. Errico A. Fenyvesi S. Ferry I. Furic P. Giacomelli V. Golovtsov L. Guiducci F. Guilloux A. Gutierrez R.M. Hadjiiska A. Hassan J. Hauser K. Hoepfner M. Hohlmann H. Hoorani P. Iaydjiev Y.G. Jeng T. Kamon P. Karchin A. Korytov S. Krutelyov A. Kumar H. Kim J. Lee T. Lenzi L. Litov F. Loddo A. Madorsky T. Maerschalk M. Maggi A. Magnani P.K. Mal K. Mandal A. Marchioro A. Marinov R. Masod N. Majumdar J.A. Merlin G. Mitselmakher A.K. Mohanty S. Muhammad A. Mohapatra J. Molnar S. Mukhopadhyay M. Naimuddin S. Nuzzo E. Oliveri L.M. Pant P. Paolucci I. Park G. Passeggio L. Passamonti B. Pavlov B. Philipps D. Piccolo D. Pierluigi H. Postema A. Puig Baranac A. Radi R. Radogna G. Raffone A. Ranieri G. Rashevski C. Riccardi M. Rodozov A. Rodrigues L. Ropelewski S. Roychowdhury A. Russo G. Ryu M.S. Ryu A. Safonov S. Salva G. Saviano A. Sharma R. Sharma A.H. Shah M. Shopova J. Sturdy G. Sultanov S.K. Swain Z. Szillasi A. Tatarinov T. Tuuva M. Tytgat I. Vai M. van Stenis R. Venditti E. Verhagen P. Verwilligen P. Vitulo S. Volkov A. Vorobyev D. Wang M. Wang U. Yang Y. Yang R. Yonamine N. Zaganidis F. Zenoni A. Zhang
This is my paper
classification physics.ins-det
keywords sensorsbraggflatnessgratingapproachassessbeenelectron
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A novel approach which uses Fibre Bragg Grating (FBG) sensors has been utilised to assess and monitor the flatness of Gaseous Electron Multipliers (GEM) foils. The setup layout and preliminary results are presented.

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