Workshop: German-Russian beamline at PETRA III Extension

Europe/Berlin
FLASH seminar room, building 28c, room 201 (Germany)

FLASH seminar room, building 28c, room 201

Germany

DESY, Notkestraße 85, 22607 Hamburg
Description
The ”German-Russian Nanodiffraction beamline at PETRA III” project was established in the framework of the "Development and Use of Accelerator-Driven Photon Sources" cooperation agreement between the two countries. It aims at building and operating an undulator beamline for micro- and nano-diffraction applications in the course of the upcoming extension of the experimental facilities at the PETRA III storage ring.
The scientific case of the beamline will concentrate on X-ray scattering methods for fundamental and applied research in physics and chemistry of low-dimensional and nanoscale systems. The research will focus both on the structure of objects and on processes in them, including chemical processes and behavior under non-ambient conditions, i.e. high pressure, low temperature, electrical and magnetic fields, laser irradiation.
The aim of this workshop is to finalize the scientific case and main technical parameters of the beamline. The  agenda includes oral presentations on the status and research capabilities available at the PETRA III storage ring, the future prospects of the PETRA Extension project and topical presentations relevant for the scientific program of the beamline. A visit to the PETRA III facilities is planned for the first day of the workshop. The second day of the workshop will include scientific talks and a free discussion on topics relevant for the German-Russian beamline.
A joint workshop dinner will be held on Wednesday evening.
We are looking forward to welcoming you at the workshop.
  • Wednesday 30 May
    • 09:00 09:30
      Registration, come together & coffee
    • 09:30 15:00
      Opening Session
      • 09:30
        Welcome 15m
        Speaker: E. Weckert
      • 09:45
        TBA 45m
        Speaker: M.V. Kovalchuk
      • 10:30
        PETRA III status and phase I beamlines 30m
        Speaker: H. Franz
      • 11:00
        PETRA III extension project 30m
        Speaker: W. Drube
      • 11:30
        Russian-German nanodiffraction beamline: status and proposed experimental facilities 30m
        Speaker: D. Novikov
      • 12:00
        Visit to the PETRA III experimental hall 1h 20m
      • 13:20
        Lunch, DESY canteen 1h 40m
    • 15:00 21:00
      Session II
      • 15:00
        New beamlines at the Kurchatov synchrotron radiation source: current status and prospects 30m
        Speaker: E. Mukhamedzhanov
      • 15:30
        X-ray Standing Waves for investigation of multilayer structures 30m
        Speaker: S. Yakunin
      • 16:00
        Diagnostics of crystalline and nanostructured materials in the Shubnikov Institute of Crystallography 30m
        Speaker: I. Makarova
      • 16:30
        Coffee break 30m
      • 17:00
        X-ray microfluorescence applications at DESY: status and perspectives 30m
        Speaker: K. Appel
      • 17:30
        X-ray coherent diffraction imaging 30m
        Speaker: I. Vartaniants
      • 18:40
        Workshop Dinner 2h 20m
    • 09:30 18:00
      Session III
      • 09:30
        Mechanochemical synthesis and investigation of nanosized materials for lithium-ion batteries 30m
        Speaker: N. Kosova
      • 10:00
        Phase transitions in nanosized oxide materials 30m
        Speaker: A. Kanaev
      • 10:30
        Micro- and Nanofocus X-ray Scattering Beamline at PETRA III 30m
        Speaker: S. Roth
      • 11:00
        Coffee break 30m
      • 11:30
        High resolution diffraction beamline P08 30m
        Speaker: O. Seek
      • 12:00
        Extreme condition beamline at PETRA III 30m
        Speaker: H.-P. Liermann
      • 12:30
        X-ray diffraction and related experiments at multimegabar pressures 30m
        Speaker: M. Eremets
      • 13:00
        X-ray acousto-optics, prospects of application 30m
        Speaker: A. Blagov
      • 13:30
        Lunch 1h
      • 14:30
        Scientific case and technical issues: general discussion 3h 30m