<em>Neutron Imaging Techniques and Applications – an overview</em> — ICTMS Committee Dep of Applied Maths Australian National University

Neutron Imaging Techniques and Applications – an overview

Neutron Imaging Techniques and Applications – an overview (128)

Anders P Kaestner ¹

Paul Scherrer Institut, Villigen, AG, Switzerland

We provide an overview of different imaging techniques using neutrons for applications in the field of materials science. Traditional imaging with neutrons as well as more advanced techniques such as Bragg edge imaging, grating interferometry, and bimodal imaging with neutrons and x-rays will be covered. We will also show a selection of applications to demonstrate the presented techniques.

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Kaestner, A.P

Topic: Neutron tomography techniques/applications Anders Kaestner is a beamline scientist at the cold neutron imaging beamline (ICON) at Paul Scherrer Institut, Switzerland, since 2008. He studied computer systems engineering with specialization to mechatronics at Halmstad University, Sweden. The work with imaging and image processing was continued with a Ph.D. in Signal Processing at Chalmers Institute of Technology, Gothenburg, Sweden, in 2002. During his post-doctoral fellowship in the soil physics group at ETH, he started to work with tomography techniques for porous media. He has authored and coauthored more 100 publications related to imaging with applications in materials science, geology, and cultural heritage. Special fields of interest are computed tomography and image enhancement, in particular with applications using neutron imaging in porous media research. He is currently a board member of the international society for neutron radiology.

Neutron Imaging Techniques and Applications – an overview (128)

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Kaestner, A.P

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