Neutron diffraction – introduction and examples

​The video titled "Neutron Diffraction – Introduction and Examples" by Navid Qureshi provides an overview of neutron diffraction techniques and their applications. Neutron diffraction is a powerful tool that allows for the deep penetration into materials, enabling the study of large engineering components. This technique is particularly valuable for examining the internal structures and stresses within materials, which is essential for understanding their properties and performance.​

NEPHEWS Project
(NEutrons and PHotons Elevating Worldwide Science)
Improved research infrastructure and scientific endeavours have the potential to propel innovation forward and significantly enhance the quality of life for populations. With this in mind, the EU-funded NEPHEWS project aims to broaden access to advanced neutron, synchrotron, and free-electron complementary research infrastructures across an expanding range of countries. The project will collaborate with its user base to develop a user-driven access program focused on enhancing the accessibility and usability of the research infrastructures (RI) for diverse communities. Additionally, it will offer a wide range of experiments, provide expert training, and conduct virtual and in-person workshops and collaborations. Finally, the project will facilitate political dialogue and advocate for research funding.

More information about the NEPHEWS project at:
- https://beamtime.eu/
- https://www.linkedin.com/company/104587056

Keywords: neutron diffraction, material science, Stress analysis, Engineering components, NEPHEWS project

Resource type: video

Target audience: beamtime users, researchers, PhD students

Difficulty level: Medium

Language: English

Authors: Navid Qureshi
Neutron diffraction – introduction and examples https://pan-training.eu/materials/neutron-diffraction-introduction-and-examples ​The video titled "Neutron Diffraction – Introduction and Examples" by Navid Qureshi provides an overview of neutron diffraction techniques and their applications. Neutron diffraction is a powerful tool that allows for the deep penetration into materials, enabling the study of large engineering components. This technique is particularly valuable for examining the internal structures and stresses within materials, which is essential for understanding their properties and performance.​ neutron diffraction, material science, Stress analysis, Engineering components, NEPHEWS project beamtime users, researchers, PhD students


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