IN-SITU PROBING OF LATTICE RESPONSE IN SHOCK COMPRESSED MATERIALS USING X-RAY DIFFRACTION | Zendy

J. Hawreliak | Zendy; M. T. Butterfield | Zendy; Huw M. L. Davies | Zendy; Bassem S. El-Dasher | Zendy; Andrew Higginbotham | Zendy; D. H. Kalantar | Zendy; Giles Kimminau | Zendy; J. M. McNaney | Zendy; Despina Milathianaki | Zendy; William J. Murphy | Zendy; Bob Nagler | Zendy; Nigel Park | Zendy; B. A. Remington | Zendy; Lee Thorton | Zendy; T. Whitcher | Zendy; J. S. Wark | Zendy; H. E. Lorenzana | Zendy; Mark Elert | Zendy; Michael D. Furnish | Zendy; Ricky Chau | Zendy; Neil Holmes | Zendy; Jeffrey Nguyen | Zendy

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IN-SITU PROBING OF LATTICE RESPONSE IN SHOCK COMPRESSED MATERIALS USING X-RAY DIFFRACTION

Author(s) -

J. Hawreliak,

M. T. Butterfield,

Huw M. L. Davies,

Bassem S. El-Dasher,

Andrew Higginbotham,

D. H. Kalantar,

Giles Kimminau,

J. M. McNaney,

Despina Milathianaki,

William J. Murphy,

Bob Nagler,

Nigel Park,

B. A. Remington,

Lee Thorton,

T. Whitcher,

J. S. Wark,

H. E. Lorenzana,

Mark Elert,

Michael D. Furnish,

Ricky Chau,

Neil Holmes,

Jeffrey Nguyen

Publication year - 2007

Publication title -

aip conference proceedings

Language(s) - English

Resource type - Conference proceedings

SCImago Journal Rank - 0.177

H-Index - 75

eISSN - 1551-7616

pISSN - 0094-243X

DOI - 10.1063/1.2832968

Subject(s) - materials science , diffraction , shock wave , crystallite , phase transition , lattice (music) , x ray crystallography , shock response spectrum , crystal structure , lattice constant , plasma , laser , shock (circulatory) , phenomenological model , compression (physics) , condensed matter physics , in situ , optics , crystallography , mechanics , composite material , physics , chemistry , metallurgy , classical mechanics , nuclear physics , acoustics , medicine , acceleration , meteorology

Lattice level measurements of material response under extreme conditions are required to build a phenomenological understanding of the shock response of solids. We have successfully used laser produced plasma x-ray sources coincident with laser driven shock waves to make in-situ measurements of the lattice response during shock compression for both single crystal and polycrystalline materials. Using a detailed analysis of shocked single crystal iron which has undergone the α - ε phase transition we can constrain the transition mechanism to be consistent with a compression and shuffle of alternate lattice planes. © 2007 American Institute of Physics

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