source: ETALON/papers/2016_HDR_ND/Advanced_diags/smithpurcell.bbl @ 742

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HDR: Smnith-Purcell chapter complete

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1\begin{thebibliography}{10}
2
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217\newblock Can coherent smith--purcell radiation be used to determine the shape
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227  H.~L. Andrews, and J.~H. Brownell.
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243
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245Nicolas Delerue, George Doucas, Ewen Maclean, and Armin Reichold.
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247  coherent Smith-Purcell radiation}.
248\newblock 2009.
249
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251R~Bartolini, C~Clarke, N~Delerue, G~Doucas, and A~Reichold.
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253  coherent {S}mith-{P}urcell radiation}.
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255
256\bibitem{andrews:in2p3-00830708}
257H.L. Andrews, F.~Bakkali~Taheri, J.~Barros, R.~Bartolini, L.~Cassinari,
258  C.~Clarke, S.~Le~Corre, N.~Delerue, G.~Doucas, N.~Fuster-Martinez,
259  I.~Konoplev, M.~Labat, C.~Perry, A.~Reichold, S.~Stevenson, and
260  M.~Vieille~Grosjean.
261\newblock {Longitudinal profile monitors using coherent Smith-Purcell
262  radiation}.
263\newblock In Jens Osterhoff Arnd E.~Specka Ralph~Assmann, Massimo~Ferrario,
264  editor, {\em {1st European Advanced Accelerator Concepts Workshop
265  (EAAC2013)}}, volume 740, pages 212--215, La Biodola, Italy, June 2013.
266  {Elsevier}.
267
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269L.~Andrews, H.\, F.~Bakkali~Taheri, J.~Barros, R.~Bartolini, V.~Bharadwaj,
270  C.~Clarke, N.~Delerue, G.~Doucas, N.~Fuster-Martinez, M.~Vieille-Grosjean,
271  V.~Konoplev, I.\, M.~Labat, S.~Le~Corre, C.~Perry, A.~Reichold, and
272  S.~Stevenson.
273\newblock Reconstruction of the time profile of 20.35~gev, subpicosecond long
274  electron bunches by means of coherent smith-purcell radiation.
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276
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278J~H Brownell, G~Doucas, M~F Kimmitt, J~H Mulvey, M~Omori, and J~E Walsh.
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289  R.~Prazeres.
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318  Andrews, R.~Bartolini, V.~Bharadwaj, C.I. Clarke, N.~Delerue,
319  N.~Fuster~Martinez, D.A. Smith, and P.~Stoltz.
320\newblock {Spectra of Coherent Smith-Purcell Radiation Observed from Short
321  Electron Bunches: Numerical and Experimental Studies}.
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334N.~Delerue, J.~Barros, M.~Vieille-Grosjean, O.~Bezshyyko, V.~Khodnevych, and
335  T.~Shevchenko.
336\newblock {Study of phase reconstruction techniques applied to Smith-Purcell
337  radiation measurements}.
338\newblock {5th International Particle Accelerator Conference IPAC'14}, June
339  2014.
340\newblock Poster - Work supported by the French ANR (contract
341  ANR-12-JS05-0003-01), the PICS (CNRS) "Development of the instrumentation for
342  accelerator experiments, beam monitoring and other applications and Research
343  Grant F58/380-2013 - (project F58/04) from the State Fund for Fundamental
344  Researches of Ukraine in the frame of the State key laboratory of high energy
345  physics." -
346  http://accelconf.web.cern.ch/AccelConf/IPAC2014/papers/thpme088.pdf.
347
348\bibitem{reco_paper}
349Nicolas Delerue, Joanna Barros, Oleg Bezshyyko, and Vitalii Khodnevych.
350\newblock {Study of Phase Reconstruction Techniques applied to Smith-Purcell
351  Radiation Measurements}.
352\newblock {\em ArXiV}, 2015.
353
354\bibitem{malovystia-2015}
355Maksym Malovystia.
356\newblock Simulation of the smith-purcell radiation and designing stepper motor
357  control system.
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359
360\bibitem{1748-0221-6-07-P07004}
361C~Thomas, N~Delerue, and R~Bartolini.
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363  drift transport section.
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374  G.~Doucas, I.V. Konoplev, A.~Reichold, A.~Faus-Golfe, N.~Fuster~Martinez, and
375  J.~Resta-Lopez.
376\newblock {Presentation of the Smith-Purcell Experiment at SOLEIL}.
377\newblock {IBIC2013 - 2nd International Beam Instrumentation Conference},
378  September 2013.
379\newblock Poster - TUPC37 - Work supported by seed funding from Universit{\'e}
380  Paris-Sud, program "Attractivit{\'e}" and by the ANR under contract
381  ANR-12-JS05-0003-01.
382
383\bibitem{Delerue:IPAC17-SOLEIL}
384Nicolas Delerue, Joanna Barros, Nicolas Hubert, St{\'e}phane Jenzer, Vitalii
385  Khodnevych, Marie Labat, and Maksym Malovytsia.
386\newblock Ipac 17 soleil.
387\newblock page MOPMB002, 2017.
388
389\bibitem{Delerue:2016zgr}
390Nicolas Delerue, Joanna Barros, Nicolas Hubert, St{\'e}phane Jenzer, Vitalii
391  Khodnevych, Marie Labat, and Maksym Malovytsia.
392\newblock {First Measurements of Coherent Smith-Purcell Radiation in the SOLEIL
393  Linac}.
394\newblock In {\em {Proceedings, 7th International Particle Accelerator
395  Conference (IPAC 2016): Busan, Korea, May 8-13, 2016}}, page MOPMB002, 2016.
396
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416N.~Delerue, V.~Khodnevych, and O.~Bezshyyko.
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418  Transition Radiation}.
419\newblock In {\em {IPAC2016}}, Proceedings of IPAC2016, page MOPMB003, Busan,
420  South Korea, May 2016.
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424  P.~Karataev, Y.~Honda, N.~Terunuma, and J.~Urakawa.
425\newblock Monochromaticity of coherent smith-purcell radiation from finite size
426  grating.
427\newblock {\em Phys. Rev. Accel. Beams}, 20:024701, Feb 2017.
428
429\bibitem{Delerue:IPAC17-CLIO}
430Nicolas Delerue and Vitalii Khodnevych.
431\newblock Ipac 17 clio.
432\newblock 2017.
433
434\bibitem{rapport_vitalii_CLIO_2017}
435Vitalii Hodnevych.
436\newblock Clio report.
437\newblock Master's thesis, Unpublished, 2017.
438
439\bibitem{barros:in2p3-01020770}
440J.~Barros, N.~Delerue, M.~Vieille-Grosjean, I.~Dolenc~Kittelmann, and
441  C.~Thomas.
442\newblock {On the suitability of longitudinal profile measurements using
443  coherent Smith-Purcell radiation for high current proton beams}.
444\newblock {5th International Particle Accelerator Conference IPAC'14}, June
445  2014.
446\newblock Poster - THPME089 - Work financially supported by the Universit{\'e}
447  Paris-Sud (programme "attractivit{\'e}") and the French ANR (contract
448  ANR-12-JS05-0003-01) -
449  http://accelconf.web.cern.ch/AccelConf/IPAC2014/papers/thpme089.pdf.
450
451\end{thebibliography}
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