Design of MeV anti-scatter grid in flash radiography

X-ray flash radiography is an effective diagnostic in implosive research. While scattering reduces the contrast of radiography, the anti-scattering grids can effectively intercept the scattered radiation and acquire better images. A focused sub-megavolt grid is elaborately manufactured with the combination of lithography, etching, and laser drilling. The consistency of Monte Carlo simulations and radiographic experiments suggests a transmission of about 36% and a 1000 times improvement for the signal to scatter ratio of the grid.

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Design of MeV anti-scatter grid in flash radiography

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Design and testing of an anti-scattering grid for medium-energy X-ray flash radiography

Design and testing of an anti-scattering grid for medium-energy X-ray flash radiography

A sub-megavolt anti-scattering grid: Fabrication, testing, and Monte Carlo simulation

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