X-ray Diffraction Evidence for Crystalline Order and Isotropic Compression during the Shock-wave Process

Q. Johnson; A. C. Mitchell; Lee Evans

doi:10.1038/231310b0

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X-ray Diffraction Evidence for Crystalline Order and Isotropic Compression during the Shock-wave Process

Q. Johnson A. C. Mitchell Lee Evans

Year: 1971 Journal: Nature Vol: 231 (5301)Pages: 310-311 Publisher: Nature Portfolio

DOI: 10.1038/231310b0

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Keywords:

Diffraction Optics Detector Shock wave Explosive material Angular resolution (graph drawing) Materials science Isotropy Compression (physics) Shock (circulatory) Physics Composite material Chemistry Mechanics

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High-pressure geophysics and materials

Physical Sciences → Earth and Planetary Sciences → Geophysics

Nuclear Physics and Applications

Physical Sciences → Physics and Astronomy → Radiation

Laser-Plasma Interactions and Diagnostics

Physical Sciences → Physics and Astronomy → Nuclear and High Energy Physics

X-ray Diffraction Evidence for Crystalline Order and Isotropic Compression during the Shock-wave Process

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