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4TU.HTM Diffraction Workshop

To foster and train the Dutch materials research community in the application of neutron diffraction technique

4TU.HTM Diffraction Workshop at the Reactor Institute, TU Delft

The 1st 4TU.HTM Neutron Diffraction Workshop (17-20 June 2025) aims to foster and train the Dutch materials research community in the application of neutron diffraction. The workshop includes education and hands-on training, providing comprehensive knowledge on neutron scattering and diffraction, from fundamental principles to advanced application.

4TU.HTM & RID Diffraction Workshop

Date: 17 - 20 June 2025

  • Organisation: Reactor Institute Delft, Delft University of Technology
  • Address: Mekelweg 15, 2629 JB Delft
  • Target group: PhD students & early-career researchers
  • Fee: € 250 (this does not cover accommodation and travel costs
  • Participants: max. 20

Full programme
4TU.HTM Diffraction Workshop (Pdf file)

Application process: fill out the registration form and submit a motivation letter (before 15 April 2025).

For questions about the workshop, contact de RID

Topics and hands-on training

Topics to be covered are:

Check the YouTube Channel of the TU Delft Reactor Institute to find out more about the RID instruments.

How does neutron diffraction work?

Watch the video featuring Indu Dhiman (Reactor Institute Delft) explaining the PEARL Diffractometer:

  

Image (by Sam Rentemeester): PEARL, a medium-resolution, general-purpose neutron diffractometer installed at the 2.3 MW research reactor of Delft University of Technology

Or, for example, Lars Bannenberg (Assistant Professor in the Faculty of Applied Sciences at Delft University of Technology, and one of the next4TU.HTM Committee members ) explaining the ROG neutron reflectometer:

Practical training in:

Interactive and social sessions:

Struggling with x-ray diffraction? Try neutrons!

Neutron diffraction is better for:

  • Low Z and neighbouring elements in the periodic table
  • Isotope sensitive
  • Magnetic structures
  • High penetration depth, with extreme sample environment