McXtrace School 2022

Europe/Paris
Principal/0-0 - Salle Amphitheatre (Batiment Principal)

Principal/0-0 - Salle Amphitheatre

Batiment Principal

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Emmanuel FARHI (SOLEIL)
Description

In short: Modelling beam-lines with McXtrace, adding samples, coupling with other software, etc...

Elle constitue une introduction à l’utilisation d’outils collaboratifs ouverts ayant pour but la modélisation la plus globale possible des lignes de lumière, en y incluant des modèles d’échantillon afin de reproduire le plus fidèlement des résultats expérimentaux (intensité, résolution spatiale/spectrale, contenu scientifique, ...).
L’école présentera l’outil McXtrace, ainsi que ses liens avec d’autres logiciels de simulation. L’accent sera mis sur des travaux pratiques, orientés vers les optiques, échantillons et détecteurs.

L’école est proposée au personnel de la Division Expériences (scientifiques de lignes de SOLEIL, groupes support, etc).

L'école se fera en Anglais.

/!\ You MUST register with URL <https://tucana.synchrotron-soleil.fr/event/37/>. The URL with Indico is not functional.

Plus d'informations sur :

Participants
  • Anass Bellachehab
  • Andrew KING
  • Anthony BEAUVOIS
  • Antoine PADOVANI
  • Ashok-Kumar YADAV
  • Denis MENUT
  • Emiliano Fonda
  • Erik Elkaim
  • Francois BERTRAN
  • Frederic JAMME
  • Gamil CASSAM-CHENAI
  • Gautier Landrot
  • Jonathan PERRIN
  • Lucia PEREZ RAMIREZ
  • Martin Savko
  • Myrtille Hunault
  • Pierre FERTEY
  • Stéphane BAC
  • William SHEPARD
    • 1
      Computer configurations: bring your laptop !

      Bring your laptop in the Amphitheatre in order to check that the software can run. We shall use the computers from the EXP/GRADES, e.g. http://re-grades-01.exp.synchrotron-soleil.fr accessed through our SOLEIL Wifi.

      You can also use McXtrace immediately at https://mybinder.org/v2/gh/McStasMcXtrace/mcxtrace-binder/master?urlpath=desktop

      Speaker: Emmanuel FARHI (SOLEIL)
    • 2
      Lesson: Introduction to McXtrace

      Principle, description file (syntax), tools (running, plotting, multi-CPU), ...
      Installation - Getting help
      Contributing: beamline descriptions -components

      Speakers: Emmanuel FARHI (SOLEIL), Peter Willendrup (DTU)
    • 15:30
      Café
    • 3
      Practicals: your first McXtrace beamline

      description file - running – plotting (beam-line, results) – data files - help

      Speaker: Peter Willendrup (DTU)
    • 4
      Lesson: Components

      Main "components": description and examples (with code snippets/examples)
      sources - optics - samples - detectors/monitors - other

      Speakers: Emmanuel FARHI (SOLEIL), Peter Willendrup (DTU)
    • 10:30
      Café
    • 5
      Practicals: Photon sources

      Practicals: Photon sources – coupling to external
      software

    • 6
      Practicals: Optics

      Monochromators, lenses, mirrors, slits, gratings, ...

    • 15:30
      café
    • 7
      Practicals: Monitors/Detectors

      single counter, energy/wavelength, PSD, others

    • 8
      Diner at La Petit Forge, Villiers-Le-Bâcle
    • 9
      Practicals: Virtual experiments 1: diffraction / saxs samples

      Practicals:Virtual experiments -setting up. Diffraction,
      small angle

    • 10:30
      café
    • 10
      Practicals: Virtual experiments: absorption spectroscopy sample

      Practicals: Virtual experiments
      Creating a simple absorption BL.
      - using (scan, optimisation, ...)
      - The ROCK BL.

    • 11
      Anarchy slot: create your own stuff

      We propose a "free slot" to help you start a model of your BL.