DEVELOPMENT OF A TRUNCATION ARTIFACT REDUCTION METHOD IN STATIONARY INVERSE-GEOMETRY X-RAY LAMINOGRAPHY FOR NON-DESTRUCTIVE TESTING

Development of a truncation artifact reduction method in stationary inverse-geometry X-ray laminography for non-destructive testing

In an industrial field, non-destructive testing (NDT) is commonly used to inspect industrial products.Among NDT methods using radiation sources, X-ray laminography has several advantages, such as high depth resolution OLIVE LEAF and low computational costs.Moreover, an X-ray laminography system with stationary source array and compact detector is a

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