Beam Tests and Commissioning of Low Emittance Storage Rings

Contribution List

83. Welcome

Anke-Susanne Mueller (Karlsruhe Institute of Technology)

2/18/19, 9:00 AM

Welcome

25. From 3rd to 4th Generation light sources

Emanuel Karantzoulis (Elettra - Sincrotrone Trieste)

2/18/19, 9:10 AM

Motivations, lessons and projects overview I

26. Lesson learned from MAX IV

Pedro Fernandes Tavares (Lund University)

2/18/19, 9:35 AM

Motivations, lessons and projects overview I

27. Baseline system specifications for LE storage ring commissioning

Michael Boege (Paul Scherrer Institut)

2/18/19, 10:00 AM

Motivations, lessons and projects overview I

28. Commissioning strategies and plans for ESRF-EBS

Simone Maria Liuzzo (ESRF)

2/18/19, 10:20 AM

Motivations, lessons and projects overview I

29. Commissioning strategies and plans for APS-U

Louis Emery (Argonne National Laboratory)

2/18/19, 11:10 AM

Motivations, lessons and projects overview II

31. Commissioning strategies and plans for ELETTRA2

Emanuel Karantzoulis (Elettra - Sincrotrone Trieste)

2/18/19, 11:30 AM

Motivations, lessons and projects overview II

32. Lattice design, commissioning and operation challenges for PETRA IV

Joachim Keil (Deutsches Elektronen-Synchrotron DESY)

2/18/19, 11:50 AM

Motivations, lessons and projects overview II

33. Simulation of HEPS storage ring commissioning

Daheng Ji (IHEP)

2/18/19, 12:10 PM

Motivations, lessons and projects overview II

34. Lessons learned from the ESRF magnets and vacuum chamber assembling

Sergei Gurov (BINP)

2/18/19, 2:00 PM

Motivations, lessons and projects overview III

35. Commissioning of Large Low-Emittance Rings: LEP and LHC

Frank Zimmermann (CERN)

2/18/19, 2:20 PM

Motivations, lessons and projects overview III

37. Transfer line from injector to LESR

Peter Kuske (Helmholtz Zentrum Berlin)

2/18/19, 3:30 PM

Injectors and injection

38. On axis injection

Masamitsu Aiba (Paul Scherrer Institut (CH))

2/18/19, 3:50 PM

Injectors and injection

39. Injector requirements for LE storage ring upgrade projects

zhe duan (institute of high energy physics, Chinese Academy of Sciences)

2/18/19, 4:10 PM

Injectors and injection

40. Booster modifications and commissioning

Nicola Carmignani (ESRF - European Synchrotron Radiation Facility)

2/18/19, 4:30 PM

Injectors and injection

41. Undulator performance and their characterization

Hamed Tarawneh (Lund University)

2/19/19, 9:00 AM

Insertion devices

42. Interaction of in-vacuum undulators with electron beam

Dr Kai Tian

2/19/19, 9:20 AM

Insertion devices

43. Superconducting wigglers and undulators

Nikolay Mezentsev (Budker Institute of Nuclear Physics)

2/19/19, 9:40 AM

Insertion devices

44. Commissioning experience with commercial SC undulators

Sara Casalbuoni (IBPT-KIT)

2/19/19, 10:00 AM

Insertion devices

45. Automated commissioning plans for the APS Upgrade

Vadim Sajaev (ANL)

2/19/19, 11:00 AM

Diagnostics, controls, automation, and feedbacks I

46. A toolbox for simulated commissioning of light sources

Thorsten Hellert (Lawrence Berkeley National Laboratory)

2/19/19, 11:20 AM

Diagnostics, controls, automation, and feedbacks I

47. The role of bunch by bunch real time feedbacks in LESR

Alessandro Drago (INFN)

2/19/19, 11:40 AM

Diagnostics, controls, automation, and feedbacks I

48. Commissioning of the CLIC extraction kicker at ALBA

Ubaldo Iriso

2/19/19, 12:00 PM

Diagnostics, controls, automation, and feedbacks I

49. New instrumentation for optical beam diagnostics

Oleg Meshkov (BINP)

2/19/19, 2:00 PM

Diagnostics, controls, automation, and feedbacks II

50. First turn dedicated diagnostics

Volker Schlott (Paul Scherrer Institut)

2/19/19, 2:20 PM

Diagnostics, controls, automation, and feedbacks II

51. Diagnostics for first turns and for beam loss detection

Laura Torino (ESRF)

2/19/19, 2:40 PM

Diagnostics, controls, automation, and feedbacks II

52. Microbunching instability

Ms Miriam Brosi (Karlsruhe Institute of Technology)

2/19/19, 3:00 PM

Diagnostics, controls, automation, and feedbacks II

53. Novel features of longitudinal instabilities in electron storage rings

Alexei Blednykh (BNL)

2/19/19, 3:50 PM

Diagnostics, controls, automation, and feedbacks II

56. Comparison of impedance beam based measurements and simulations

Dr Victor Smalyuk (Brookhaven National Laboratory)

2/19/19, 4:30 PM

High current effects

57. Experimental verification of impedance modelling for next-generation light sources

Ryan Lindberg (Argonne National Lab)

2/19/19, 4:50 PM

High current effects

58. Charge limit simulation of the HEPS accelerators

Haisheng Xu (Institute of High Energy Physics, CAS)

2/19/19, 5:10 PM

High current effects

59. SuperKEKB low emittance tuning

kazuhito ohmi (KEK)

2/20/19, 9:00 AM

Low emittance

60. Low-emittance tuning for FCC-ee

Tessa Charles (University of Melbourne (AU))

2/20/19, 9:20 AM

Low emittance

61. Required aperture in the low emittance storage rings

Alexander PAPASH (KIT IBPT)

2/20/19, 9:40 AM

Low emittance

63. Optics measurements using fast orbit response matrix data

Ian Martin (Diamond Light Source)

2/20/19, 10:40 AM

Optics design, measurements and correction

64. Review of beam based calibration of BPM offsets

Magnus Sjöström (Lund University)

2/20/19, 11:00 AM

Optics design, measurements and correction

65. Nonlinear beam dynamics tuning

Hossein Ghasem (Diamond Light Source)

2/20/19, 11:20 AM

Optics design, measurements and correction

66. Low and Negative Alpha Commissioning at KARA Storage Ring

Akira Mochihashi (Karlsruhe Institute of Technology (KIT))

2/20/19, 11:40 AM

Optics design, measurements and correction

76. Motivations, lessons and projects overview

Dieter Einfeld (ESRF), Qing Qin (Institute of High Energy Physics, Chinese Academy of Sciences), Pedro Fernandes Tavares (Lund University)

2/20/19, 12:10 PM

Summary I

77. Injectors and injection

Peter Kuske (Helmholtz Zentrum Berlin), Volker Schlott (Paul Scherrer Institut)

2/20/19, 2:00 PM

Summary II

78. Insertion devices

Nikolay Mezentsev (Budker Institute of Nuclear Physics), Adriana Wawrzyniak (Solaris NSRC)

2/20/19, 2:15 PM

Summary II

79. Diagnostics, controls, automation, and feedbacks

Ilya Agapov (Unknown), Ubaldo Iriso, Ian Martin (Diamond Light Source)

2/20/19, 2:30 PM

Summary II

82. High current effects

Louis Emery (Argonne National Laboratory), Ryutaro Nagaoka (Synchrotron SOLEIL)

2/20/19, 3:25 PM

Summary III

80. Low emittance

Les Dallin, Akira Mochihashi (Karlsruhe Institute of Technology (KIT))

2/20/19, 3:40 PM

Summary III

81. Optics design, measurements and correction

Michael Boege (Paul Scherrer Institut), Catia Milardi (INFN - LNF)

2/20/19, 3:55 PM

Summary III

84. Concluding remarks

Sara Casalbuoni (IBPT-KIT), Frank Zimmermann (CERN), Anke-Susanne Mueller

2/20/19, 4:10 PM

Summary III

75. Discussion

62. Modern tools for LESR commissioning

TBC

Low emittance

30. Simulation of the ALS-U commissioning

Thorsten Hellert (Lawrence Berkeley National Laboratory)

Motivations, lessons and projects overview II

70. Summary: Diagnostics, controls, automation, and feedbacks

73. Summary: High current effects

68. Summary: Injectors

69. Summary: Insertion devices

71. Summary: Low emittance

67. Summary: Motivations, lessons and projects overview

Dieter Einfeld (ESRF), Qing QIN (IHEP), Pedro Fernandes Tavares (Lund University)

72. Summary: Optics design, measurements and correction