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Explosive shock and laser exposure of metallic and ceramic materials
2006
WIT Transactions on the Built Environment
unpublished
Explosive shock and Q-switched laser exposure of metallic and ceramic materials have produced varied substructures and increased hardness that possibly emphasize the role of the attendant material structures and the nature of the defect substructures that are subsequently obtained. In metallic materials, Q-switched laser exposure is seen to result in extensive heating as well as shock wave passage effect, while the control of temperature in explosive detonation is seen to introduce shock effect
doi:10.2495/su060151
fatcat:7qjn34r4cresfgf5depxo6w3kq