1. Temporal and spatially resolved compaction in granular materials using synchrotron radiation: Initial results.
- Author
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Proud, William G., Strucka, Jergus, Crowther, Nicolas, Lukic, Bratislav, Boudier, Fredric, Bland, Simon N., Pachman, Jiri, Chapman, David J., Eakins, Daniel, and Rack, Alexander
- Subjects
SILICA sand ,SYNCHROTRON radiation ,GRANULAR materials ,SHOCK waves ,INHOMOGENEOUS materials - Abstract
Each year approximately 99% by mass of energetic material use takes place in the quarrying, mining, construction and petrochemical industries. The coupling of explosively driven shock waves to heterogeneous geological materials is of scientific and industrial relevance. Here we report the first experiments conducted with energetic materials at the ID19 beamline at the European Synchrotron Research Facility, Grenoble, France. The experiments used commercial detonators to explosively load sand samples and glass spheres. Time resolved images showing the compaction wave produced by the explosive loading of both coarse- and fine-grained sand as well as large and small diameter glass spheres. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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