Neutron- and X-ray Radiography/Tomography: Non-Destructive Analytical Tools for the Characterization of Nuclear Materials

The Southern African Institute of Mining and Metallurgy
E. C. de Beer
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
12
File Size:
8135 KB
Publication Date:
Jan 1, 2015

Abstract

"SynopsisA number of important areas in nuclear fuel cycle, at both the front end and back end, offer ideal opportunities for the application of non-destructive evaluation techniques. These techniques do not only provide opportunities for non-invasive testing of e.g. irradiated materials, but also play an important role in the development of new materials in the nuclear sector. The advantage of penetrating radiation used as probe in the investigation and testing of nuclear materials makes X-ray and neutron radiography (2D) and tomography (3D) suitable for various applications in the total nuclear fuel cycle. The unique and different interaction modes of the two radiation probes with materials provide several opportunities. Their complementary nature and non-destructive character makes them most suitable for nuclear material analyses, analytical method development, and the evaluation of the performance of existing nuclear material compositions. This article gives an overview of the X-ray and neutron radiography/tomography applications in the field of nuclear material testing, and highlights a few of the success stories. Several selected areas of application in the nuclear fuel cycle are discussed to illustrate the complementary nature of these techniques as applied to nuclear materials.IntroductionDuring the development of new materials for the nuclear industry, materials testing and characterization are of the outmost importance to maintain safety standards and reliability. No compromise on safety in the workplace in any area within the total nuclear fuel cycle can be tolerated, and therefore most in-situ material characterization and testing is conducted by certified and qualified personnel schooled in destructive and non-destructive testing (DT and NDT) methods. Certification and qualification in NDT can be obtained through many training centres in South Africa in accordance with European, American, and other international standards (SGS, n.d.; SAIW, n.d.; African NTD Centre, n.d.)."
Citation

APA: E. C. de Beer  (2015)  Neutron- and X-ray Radiography/Tomography: Non-Destructive Analytical Tools for the Characterization of Nuclear Materials

MLA: E. C. de Beer Neutron- and X-ray Radiography/Tomography: Non-Destructive Analytical Tools for the Characterization of Nuclear Materials. The Southern African Institute of Mining and Metallurgy, 2015.

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