2004
DOI: 10.1016/j.apradiso.2004.03.066
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Advances in neutron radiographic techniques and applications: a method for nondestructive testing

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Cited by 23 publications
(7 citation statements)
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“…An early application for which neutron-producing accelerators were developed is gauging and radiography; using fast neutrons as well as thermal neutrons. [157][158][159][160] Gauging is a one-dimensional measure of attenuation useful for determining material density, fill level in tanks, or through neutron slowing-down phenomena moisture content, as in the oil industry. Both direct attenuation measurements as well as back-scatter measurements detecting neutrons and capture gamma rays have been used with neutrons for gauging applications.…”
Section: Gauging and Radiographymentioning
confidence: 99%
“…An early application for which neutron-producing accelerators were developed is gauging and radiography; using fast neutrons as well as thermal neutrons. [157][158][159][160] Gauging is a one-dimensional measure of attenuation useful for determining material density, fill level in tanks, or through neutron slowing-down phenomena moisture content, as in the oil industry. Both direct attenuation measurements as well as back-scatter measurements detecting neutrons and capture gamma rays have been used with neutrons for gauging applications.…”
Section: Gauging and Radiographymentioning
confidence: 99%
“…Among them, neutron radiography (or neutrography) is a transmission visualization technique based on the interaction of neutrons with the elements of a material [1]. It is somehow comparable to X-rays radiography.…”
Section: Introductionmentioning
confidence: 99%
“…A tomografia com nêutrons é uma técnica de imageamento não destrutiva e vem sendo aplicada na visualização de substâncias ricas em hidrogênio, como óleo, graxas, plásticos, sangue, fibras orgânicas, madeiras, sementes, borracha, resinas, cola, e a própria água (Schoueri et al, 2014;Stanojev Pereira, 2017). Compilações detalhadas sobre os princípios, o desenvolvimento e os usos da técnica em vários ramos da ciência e da engenharia podem ser encontradas em Berger (2004), Winkler (2006), Strobl et al (2009), Kardjilov et al (2011), Brenizer (2013), De Beer (2015) e Stanojev Pereira (2017).…”
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