A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Holographic Analysis of Small Arms Barrels
Double-pulse holography techniques were used to observe vibration patterns of an impact-loaded aluminum rod and a honeycomb panel, shock waves in a vacuum shock tube, and gun-barrel deformation and motion during firing. Radial barrel deformations of an M16 barrel of approximately 0.0002 inch were observed. (Author)
Holographic Analysis of Small Arms Barrels
Double-pulse holography techniques were used to observe vibration patterns of an impact-loaded aluminum rod and a honeycomb panel, shock waves in a vacuum shock tube, and gun-barrel deformation and motion during firing. Radial barrel deformations of an M16 barrel of approximately 0.0002 inch were observed. (Author)
Holographic Analysis of Small Arms Barrels
R. D. Schulz (author) / J. W. McGarvey (author)
1973
47 pages
Report
No indication
English
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