Titlebook: Neutron Imaging; Basics, Techniques a Dinesh K. Aswal,Partha S. Sarkar,Yogesh S. Kashyap Book 2022 The Editor(s) (if applicable) and The Au

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Neutron Optics and Detectors,lizing neutron imaging. The design of these components is instrumental in optimizing the image quality as well as application-oriented use. Since the neutron fluences are much lower than those used in X-ray or optical, their design, implementation and efficiency are of prime interest to the neutron

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Safety, Regulations, Metrology and Standards in Neutron Imaging,c requirements and implementation methodologies emphasize minimization of radiation doses to occupational workers and related limits set by regulatory bodies. General description on the radiation quantities, their units, operational limits following the principle of ALARA is provided. Since human sa

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Neutron Imaging for Aerospace Applications,explosive-filled pyrotechnic devices. We discuss the particular features or information extracted using neutron imaging which help flaw detection in such components with special focus on applications of neutron imaging in the Indian space programme. In this context, three different neutron imaging f

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Neutron Imaging for Material Science and Engineering,rocess parameters, new material development, etc. In the imaging field, neutrons are being suitably used to look deeper into the processes involving hydrogenous media such as water, providing two dimensional as well as three-dimensional images in spatio-temporal resolution. Notable work in proton ex

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Neutron Imaging for Geo-mechanics and Agricultural Applications,uid flow in rocks, bricks and soil as hydrogen (in water) is highly attenuating to neutrons compared to other components of soil and rock. Similarly, neutron imaging can also be exploited to study water distribution or flow in plants to understand soil–water–plant dynamics. Water is also an inherent