X-ray tomography of the aerospace products

Abstract

Currently, non-destructive methods are increasingly being used to inspect the critical components in different branches of industry. Special focus is on the usage of high-energy X-ray microtomography used to inspect large objects with high density. This method provides high accuracy and a possibility to measure the internal and external dimensions of the test sample without its destruction. It allows obtaining the information about internal defects and damages as well as manufacturing and assembling quality. This article describes a tomographic study of a medium-size high-density sample with a resolution about of 70 microns.

X-Ray Diffraction Analysis of Bottom Ash Waste after Plasma Treatment

“…Specifications for the DRON-4-07 included 0.02 0 scanning step and 16.0-92.0 0 range for angles to be scanned. The XRD analysis of obtained melts was based on the Rietveld refinement method [7][8]. This method is used to detect the relative phase content in compliance with the reference structure; space groups; refine the crystal parameters and the space distribution of atoms in crystal lattices.…”

Simulation of the Betatron Magnetic Field at the Electron Beam Displacement in Comsol Multiphysics

“…In particular, this makes it possible to introduce betatrons into modern tomographic complexes for the testing of large-sized objects, including containers and vehicles. Betatrons are also used in electronic equipment radiation testing with the aim of predicting the service life in space conditions [1][2][3][4][5][6][7][8][9][10]. However, such systems have high requirements to the magnetic field characteristics to ensure radiation stability.…”